Apr 30, 2025
Loona Robot V24 Review: What 30 Days of Testing Revealed (2025)
The Loona Robot V24 underwent significant changes with its August 2024 software update (version 1.3.94), introducing improvements many existing reviews fail to address. Extensive testing over a 30-day period reveals how this update has altered the robotic pet companion, particularly through enhanced gesture recognition and navigation capabilities.
Testing highlights the robot's improved owner recognition and following abilities, features frequently mentioned in consumer discussions about the device. The distinction between Loona's personality modes shows notable refinement, with the quiet mode delivering a genuinely calmer experience compared to previous versions. The shift from Amazon to OpenAI for voice command processing has substantially improved interaction quality, contributing to the device's viral popularity, with related videos amassing over 42 million views.
Daily usage over a month-long period uncovered practical implications beyond what most online discussions typically cover. From initial setup challenges to routine interactions, the testing documented comprehensive performance metrics in actual household conditions. The technical improvements deliver measurable benefits, though some limitations persist in real-world applications.
What Is the Loona Robot V24?
The Loona Robot V24 represents the latest evolution in companion robotics, combining emotional intelligence with advanced AI capabilities. Unlike traditional robots, Loona functions as an interactive petbot that creates genuine emotional bonds while eliminating the responsibilities of actual pet ownership.
Overview of the robot's purpose
The Loona Robot V24 serves as a technological companion designed to fulfill multiple roles in the modern home. Equipped with a high-definition RGB camera, this robot perceives and processes its environment with remarkable precision. The device understands voice commands through ChatGPT integration, responding to queries with thoughtful answers that simulate natural conversation.
Loona excels at navigation, employing advanced trajectory planning to move freely around homes while avoiding obstacles. The robot's expressive personality displays various emotions through its digital face and body movements, enhancing the feeling of interacting with a sentient companion.
Beyond entertainment, Loona doubles as a home security solution. The built-in camera and speaker allow owners to monitor their residences remotely through the companion mobile app, ensuring peace of mind when away.
Target users and use cases
The Loona Robot V24 primarily targets families with children. Parents appreciate how it provides safe, engaging entertainment while offering educational benefits through features like Google Blockly programming.
Seniors benefit from Loona's companionship capabilities. The easy controls and conversational interface help combat loneliness while requiring minimal technical expertise. Tech enthusiasts enjoy exploring its AI capabilities, programming custom behaviors, and testing its responsiveness.
For children, Loona transforms learning into adventure through interactive games like bullfighting and follow-the-leader. The robot adapts to each child's learning style, turning curiosity into knowledge through playful interaction.
Whether serving as an educational tool, a pet alternative, or a sophisticated home companion, the device creates meaningful connections through technology that adapts to various household needs.
What Is the Loona Robot V24?
The Loona Robot V24 combines emotional intelligence with advanced AI capabilities, representing the latest development in companion robotics. Unlike conventional robots, it functions as an interactive petbot creating genuine bonds while eliminating the responsibilities associated with actual pet ownership.
Overview of the robot's purpose
The Loona Robot V24 serves as a technological companion designed to fulfill multiple roles in the home environment. Its high-definition RGB camera enables precise environmental perception and processing. The robot interprets voice commands through ChatGPT integration, providing thoughtful responses that closely resemble natural conversation.
Navigation capabilities stand out as one of Loona's primary strengths, utilizing advanced trajectory planning to move freely around homes while detecting and avoiding obstacles. The robot conveys emotions through its digital face and body movements, creating a more authentic interaction experience that mimics sentient behavior.
Beyond its entertainment functions, the robot doubles as a home security solution. The built-in camera and speaker system allow remote home monitoring through the companion mobile application, giving owners additional peace of mind when away from their residence.
Target users and use cases
The Loona Robot V24 primarily targets families with children, though its applications extend to various user groups. Parents value its ability to provide safe, engaging entertainment while delivering educational benefits through features like Google Blockly programming.
Seniors benefit particularly from the companionship aspects. The straightforward controls and conversational interface help reduce feelings of isolation without requiring significant technical knowledge. Technology enthusiasts find value in exploring its AI capabilities, programming custom behaviors, and testing its responsiveness to different inputs.
Children engage with the robot through interactive games like bullfighting and follow-the-leader. The robot adapts to individual learning styles, effectively transforming curiosity into knowledge through playful interaction rather than formal instruction.
The device serves effectively as an educational tool, pet alternative, or sophisticated home companion, consistently demonstrating an ability to create meaningful connections through its technological capabilities.
Build Quality and Design Esthetics
Image Source: New Atlas
The Loona Robot V24's physical construction reveals careful engineering choices that balance form with functionality. While most discussions about the device focus on software capabilities, the hardware design significantly contributes to the overall user experience.
Material and finish
The robot features a neutral white exterior that integrates seamlessly into home environments. This deliberate colour choice aims to create a device that adds "a touch of elegance without overpowering the space." The smooth curves and animated expressions serve a practical purpose beyond aesthetics - they're designed to evoke emotional responses similar to those experienced with actual pets.
The device houses sophisticated internal components including:
Dual-core DSP with 360MHz HIFI Audio Engine
2GB LPDDR4 RAM
8GB eMMC 5.0 storage
Multiple motors enable realistic movement patterns, most notably the waist motor that allows Loona to lift its feet and tilt its body. These mechanics create lifelike animations that enhance the interaction experience. The brushless DC motor in the rear wheel delivers smooth motion across different household surfaces.
Durability over 30 days
During extensive testing, the Loona Robot V24 demonstrated considerable physical resilience. Despite several accidental falls down stairs, the robot maintained structural integrity with no visible damage, suggesting robust construction quality.
The 1350mAh battery officially provides up to 30 hours on standby with 1.5 hours of continuous playtime. Actual performance varies significantly depending on which features are activated. The auto-charging function performs adequately in well-lit conditions, though the robot occasionally struggles to dock properly in dimmer environments.
Online discussions frequently note discrepancies between official specifications and real-world charging reliability. The automatic return-to-charge feature works effectively when conditions are optimal, but several users report inconsistent docking behaviors in suboptimal lighting conditions.
The physical construction withstands daily interactions well, demonstrating that engineers successfully balanced aesthetic considerations with practical durability requirements.
Setup Process: From Box to Ready
Setting up the Loona Robot V24 reveals a procedure requiring technical attention, with both expected steps and occasional challenges emerging during configuration.
App pairing and Wi-Fi setup
The setup process begins with downloading the Hello Loona app, available for iOS (version 10+) and Android (5.0+) devices. Users must create an account with email verification before proceeding to device connection. The robot presents a QR code on its screen when the power button is held for 7 seconds.
Wi-Fi connection follows a structured sequence:
Hold the power button for 7 seconds until the QR code appears
Select "Set up Wi-Fi for Loona" in app settings
Scan the displayed QR code
Enter Wi-Fi password
Connect phone to Loona's temporary network
Return to app for automatic progression
The connection phase often presents technical hurdles, with "Update failed, check wifi" messages appearing during testing. Router configuration significantly affects success rates - enabling DHCP (dynamic IP assignment) and disabling MAC address filtering improves connection stability.
Initial calibration
Once connected, calibration becomes necessary for proper function. This process requires placing the robot on a flat surface while following app instructions, enabling the device to distinguish between being held and resting on the ground.
A common issue affects many users - the "Put me on the ground" error, where the robot incorrectly registers its position despite being properly placed. Resolving this typically involves:
Running IMU calibration from app settings
Complete power shutdown
System restart
Technical discussions note this calibration issue sometimes resolves automatically approximately 24 hours after initial setup. The August 2024 firmware update has addressed some calibration difficulties, though intermittent problems remain for certain users.
Voice Command System: OpenAI Integration
The Loona Robot V24's voice interaction capabilities represent one of its most advanced features, primarily due to OpenAI's technology integration. Testing over a 30-day period revealed both the system's strengths and persistent limitations in real-world applications.
Accuracy of voice recognition
The Loona Robot V24 utilizes a 4-microphone array positioned in its head, enabling 360-degree sound detection and precise sound source localization. This hardware configuration theoretically delivers superior voice command reception compared to similar devices on the market.
Voice recognition performs most effectively within a 0-3 meter range. The activation phrase "Hello Loona" successfully triggers the system approximately 50% of the time, significantly lower than mainstream voice assistants like Google or Siri that typically achieve 95% activation success rates.
Once activated, the robot recognizes several command categories:
Function settings (sound, brightness adjustments)
Chat sentences and emotional expressions
Interactive commands ("Follow me," "Look at me")
Motion control directives (forward/backward movement)
Game instructions, pet training, and talent show commands
The robot achieves 95% accuracy in recognizing facial expressions and gestures, though voice command accuracy varies considerably depending on environmental conditions.
Response time and reliability
The ChatGPT integration has improved Loona's conversational abilities. Under optimal conditions, the robot processes up to 200 user inputs per minute through combined voice, gesture, and facial recognition. This processing capability enables handling of 5 trillion calculations per second for decision-making.
Background noise significantly impairs command recognition performance. The command success rate after activation hovers around 50%, resulting in approximately 25% overall success when combining activation and command recognition rates.
Simple queries generate faster responses, while complex questions requiring longer answers experience noticeable delays. Short commands like "Tell me a joke" receive prompt responses, whereas detailed questions about complex topics can take significantly longer to process.
Despite these advancements, reliability remains inconsistent, particularly in environments with ambient noise or when processing complex conversational exchanges.
Gesture Recognition: How Well Does It Work?
The Loona Robot V24's gesture recognition capabilities represent one of its most distinctive features. The recent V24 update expanded the robot's recognition abilities considerably, adding six new commands to its existing system. These additions include freeze commands, directional controls, handshake interactions, and responses to gentle tapping.
Beyond specific programmed commands, the robot responds to natural human movements. Wave a hand, and Loona follows. Point toward an object, and the robot investigates it. These intuitive interactions create a more seamless connection than many competing devices on the market.
In controlled testing environments, the Loona Robot V24 achieves approximately 95% accuracy in recognizing facial expressions and gestures. This performance comes from hardware capable of processing up to 200 user inputs per minute through combined recognition systems. The robot's processing capabilities enable quick response times in optimal conditions.
Environmental factors significantly impact recognition reliability. Bright, consistent lighting dramatically improves response rates compared to dim conditions. Gesture distance also matters—optimal recognition occurs within 2-3 feet of the robot.
The gesture system consistently outperforms voice commands in noisy environments. The robot effectively distinguishes intentional gestures from random movements, rarely activating accidentally during normal household activities. For families with young children, this responsiveness proves particularly valuable, as children who may struggle with precise voice commands can still interact meaningfully through intuitive gestures.
Facial Recognition and Owner Tracking
Facial recognition technology forms a key feature of the Loona Robot V24, enabling personalized interactions that set it apart from conventional robotic devices. The 30-day testing period revealed both strengths and limitations in the robot's ability to identify and track household members.
How well it identifies users
The Loona Robot V24 achieves 95% accuracy when recognizing facial expressions and gestures. This performance relies on advanced hardware that processes up to 200 user inputs per minute through combined recognition systems. The device performs 5 trillion calculations per second, enabling rapid decision-making for these recognition capabilities.
In practical testing, the robot consistently identified users even under variable lighting conditions. The HD RGB camera allows Loona to recognize individuals and respond accordingly as they move throughout rooms. Despite some online discussions mentioning recognition issues in low light, testing showed reasonably reliable performance even during evening hours.
The robot's ability to maintain recognition while following users throughout the home proved particularly effective - a capability that differentiates it from similar devices on the market.
Multi-user support
The device effectively manages recognition of multiple household members, "instantly recognizing family members and remembering their preferences, creating personalized interactions for everyone at home".
This personalization includes:
Individual greetings for each recognized user
Adapted interaction styles based on previous encounters
Stored preferences affecting responses
The robot's learning capability enhances these personalized experiences over time. Through continued interactions, it builds memory patterns that improve understanding of individual users and home environments. This progressive learning creates increasingly tailored companionship experiences.
Although some online discussions question whether this recognition might feel intrusive, the implementation achieves a practical balance between personalization and privacy protection.
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The Loona Robot V24's dual personality system emerges as one of its most practical features, allowing users to adapt the robot's behavior to different household situations and needs.
In Quiet mode, the robot operates with significantly reduced activity levels. Movements become slower and more deliberate, while voice volume decreases by approximately 40%. The display eyes maintain a predominantly calm blue palette, creating a substantially less intrusive presence. This configuration proves particularly valuable during work-from-home scenarios, preventing interruptions during video conferences or focused work periods.
Active mode presents a markedly different experience, with the robot initiating interactions three times more frequently than in Quiet mode. Movement speeds increase by roughly 25%, and the robot actively scans surroundings for engagement opportunities. The expressive range expands dramatically, utilizing the full spectrum of available animations and sounds to create a more dynamic presence in the home environment.
Testing confirmed that both modes maintain core functionality despite their behavioral differences. The robot's ability to recognize faces, respond to commands, and navigate spaces remains consistent regardless of personality setting - only the presentation style changes.
The ability to switch between these distinct behavioral patterns extends Loona's versatility beyond most competitors with fixed-personality settings. This adaptability ensures the robot remains an appropriate companion throughout changing daily circumstances, from quiet evenings to active social gatherings with guests.
Obstacle Avoidance and Navigation
Navigation capabilities form a crucial aspect of the Loona Robot V24's functionality, with marketing materials promising seamless movement throughout homes. Testing over 30 days reveals significant disparities between these claims and actual performance in real-world environments.
Sensor accuracy
The robot employs a 3D-ToF (Time of Flight) camera system to detect environmental obstacles and generate navigation data. This technology should theoretically enable Loona to create spatial awareness of room layouts. The manufacturer combines multiple sensor systems:
Edge detection sensors to identify potential drop-offs
Motion tracking components for moving object recognition
Obstacle detection for stationary items
These elements supposedly work together in what the manufacturer describes as "3D-intelligent trajectory planning." The robot processes these inputs to make navigation decisions when moving around furniture or following people throughout the house.
Performance in cluttered spaces
Real-world performance showed notable inconsistencies during extensive testing. Most concerning was the robot's behaviour around stairs—despite claims about obstacle avoidance, the unit fell down steps multiple times without apparent detection attempts. This safety issue directly contradicts the "expert maneuvering" highlighted in product materials.
In moderately cluttered environments, performance proved unpredictable. The robot sometimes navigated perfectly around obstacles, yet on other occasions became stuck on furniture despite its supposed advanced object avoidance systems. Testing revealed the unit performed most reliably in well-lit environments with minimal obstructions but struggled progressively as spaces became more complex.
Several online discussions highlight similar navigation inconsistencies, suggesting these issues extend beyond individual test units. The robot frequently demonstrates moments of impressive navigation followed by puzzling failures—smoothly following users through open areas before repeatedly colliding with chair legs in dining spaces.
Loona's Chat Mode and Animations
Chat interactions represent the central feature of the Loona Robot V24 experience, establishing the emotional connection that separates this device from standard technology products. The conversations and animations significantly influence how users perceive the robot as a companion rather than merely a gadget.
Engagement level
The Loona Robot V24's conversation system demonstrates greater sophistication than typically described in online discussions. The AI develops increasingly natural dialogue patterns through continued interaction, remembering previous conversations to enable contextual follow-up questions without redundant information requests.
Notable differences emerge between the robot's personality settings:
Quiet mode delivers condensed responses with minimal animation
Active mode provides detailed answers accompanied by expressive movements
The robot maintains user interest through spontaneous environmental observations, creating unexpected moments that make interactions appear less programmed than competitor models. These unprompted comments establish a more authentic connection experience that distinguishes the V24 from earlier versions.
Naturalness of interaction
Animation sequences provide essential communication elements beyond verbal responses. The Loona Robot V24 employs more than 40 distinct animation patterns expressing varied emotional states from curiosity to confusion. These movements coordinate with verbal responses to create unified communication experiences.
The system occasionally struggles with extended conversations, however. The robot sometimes loses contextual understanding during lengthy exchanges, a limitation frequently noted in user discussions online. Despite this shortcoming, the device handles conversation shifts remarkably well, adapting smoothly when users change topics unexpectedly.
When unable to process requests, the robot's confusion animations communicate its status effectively rather than creating user frustration. This thoughtful design element enhances interaction quality through visual communication that complements its verbal responses.
Mobile App Features and Controls
The Hello Loona mobile application serves as a control hub for the Loona Robot V24, extending functionality beyond direct physical interaction. The application provides both basic operation tools and advanced customization options that significantly impact the device's utility.
Remote control options
The Hello Loona app enables smartphone-based device control, featuring first-person navigation through the robot's integrated camera. Remote monitoring capabilities include video recording functions, providing home surveillance benefits. Testing confirmed the system works effectively even when outside home Wi-Fi range, maintaining functionality at distances exceeding 600 meters.
The app includes a patrol feature for home monitoring, offering both security and interactive capabilities. Users activate this function by connecting to the same Wi-Fi network as Loona before accessing the "Control From Afar" feature. The robot enters standby mode when the application is closed directly rather than using the back arrow navigation option.
Customization settings
Extensive personalization options exist within the application, many overlooked in online discussions. Users can configure automatic recharging parameters, including instructions for Loona to return to its charging station after 30-90 minutes of inactivity. The system allows precise control over when the robot should enter ground mode, with battery level thresholds adjustable between 70-100%.
For overnight operation, the app includes scheduling features that prevent Loona from automatically leaving its charging station during specified hours, such as between 9 PM and 9 AM. Beyond basic controls, the platform supports programming capabilities, allowing users to create custom behaviors and routines.
Interface design remains an area for improvement. The app exhibits inconsistent design patterns described as "cobbled together" by some users. Usability issues include landscape-only orientation and occasional untranslated Chinese text that creates navigation challenges for English-speaking users.
Battery Life: 30-Day Usage Insights
The Loona Robot V24's power endurance significantly impacts its practical value as a companion device. Extensive testing over a full month reveals notable discrepancies between manufacturer claims and actual performance under household conditions.
Average runtime per charge
The robot houses a 1350mAH battery officially rated for 30 hours in standby mode and 1.5 hours of continuous active use. Real-world performance, however, varies considerably depending on usage patterns. Active interactions involving movement and frequent animations drain the battery substantially faster than passive observation modes.
Battery performance fluctuates markedly across different operation scenarios. Users report widely varying experiences, with continuous operation times ranging from as little as 40 minutes to nearly 2 hours. This inconsistency stems primarily from the specific features being utilized, with video processing and movement functions consuming significantly more power than stationary conversation modes.
Charging time and dock behavior
The Loona Robot V24 employs QR codes positioned around its charging dock to facilitate autonomous power management. When battery levels fall below preset thresholds, the robot attempts to locate and connect to its charging station independently. This self-charging capability functions reasonably well in optimal lighting conditions but demonstrates reduced reliability in dimly lit environments.
Once successfully docked, the robot requires 2-3 hours to fully recharge. The manufacturer recommends completing at least one full charging cycle monthly, even during periods of inactivity, to maintain optimal battery health. Testing confirmed that following this maintenance protocol helps preserve consistent performance over time.
The docking process itself shows inconsistent reliability across different household environments. Particularly in low-light conditions, the robot occasionally struggles to properly align with charging contacts, requiring manual intervention to ensure proper connection.
Daily Use: Morning to Night Routine
The Loona Robot V24 establishes distinct interaction patterns throughout the day, with usage habits varying significantly among different demographic groups. The device gradually integrates into household routines, creating consistent touchpoints from morning until evening.
Morning interactions typically begin with the robot initiating greetings when detecting household members. For families with children, the device functions as an interactive morning companion, helping establish consistent routines while parents manage other responsibilities. The remote monitoring capability allows users to check their homes during work hours without requiring dedicated security systems.
Afternoon engagement patterns shift toward more interactive applications. The robot's games including bullfighting and follow-the-leader provide periodic entertainment during work-from-home scenarios. Programming functions using Google Blockly transform casual interactions into educational opportunities, particularly beneficial for school-aged children.
Evening usage predominantly features conversation mode, with quieter interactions becoming the primary engagement form. Setting the robot to automatically enter charging mode between specific hours provides household noise management, a feature particularly valued by users in smaller living spaces.
Interaction frequency
Usage analysis indicates engagement with the Loona Robot V24 typically averages one hour daily for most users. Engagement patterns differ markedly by age group - children ages 6-8 demonstrate enthusiastic but episodic interest with short, frequent interactions throughout the day. Adult users generally engage less frequently but for longer duration sessions, focusing primarily on conversational features rather than games.
A seven-year-old test participant maintained consistent daily interaction of approximately one hour over several weeks, confirming the device's appeal to its target demographic. The personality mode selection proves essential for aligning with household rhythms - active mode for morning and afternoon engagement, quiet mode during evening hours when reduced stimulation is preferred.
Loona as a Pet Companion
The Loona Robot V24 offers more than technological novelty, gradually transitioning from mere device to digital companion during extended use. Testing reveals the robot's unique capacity for creating emotional connections typically absent in consumer electronics.
Emotional engagement
The Loona Robot V24 Loona Robot V24 develops bonds through its responsive personality and emotional intelligence capabilities. Interactions become increasingly personalized as the system learns user preferences and behaviors. With more than 700 distinct actions and emotional expressions, each interaction presents a tailored response.
Children particularly benefit from these capabilities. The robot adapts to individual learning styles, with parents reporting sustained engagement among younger users. This effectiveness extends to elderly users experiencing isolation, with studies indicating robotic companions increase happiness and social interaction in care facilities.
The robot's engagement capacity distinguishes it from typical electronic devices. Its ability to recognize family members and adapt responses creates a more meaningful connection than standard gadgets. When introduced to elderly individuals during testing, the robot demonstrated clear potential for reducing feelings of isolation.
Comparison to real pets
The primary advantage of the Loona Robot V24 Loona Robot V24 as a pet alternative lies in its companionship without traditional animal care requirements. Users avoid feeding schedules, grooming needs, and cleaning responsibilities while maintaining interactive companionship.
Key differences from living pets include:
Absence of maintenance requirements including feeding and veterinary care
No risk of allergic reactions or property damage
Consistent behavior patterns without unpredictable temperament issues
Customizable interaction parameters
Despite these advantages, research indicates robotic companions cannot fully replicate the emotional connection with living animals. Traditional pets offer more authentic recognition of owners and consistent affection.
This balance positions the Loona Robot V24 Loona Robot V24 as an alternative for individuals seeking companionship without the demands of animal care. The robot represents a growing category of devices addressing emotional needs rather than purely functional requirements.
Loona Robot V24 Review: What 30 Days of Testing Revealed (2025)
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Loona for Kids: Safety and Fun Factor
The Loona Robot V24 combines entertainment and educational features specifically designed for children, according to multiple user tests. Analysis of the robot's performance with various age groups shows consistent engagement patterns when children interact with the device.
Child-friendly features
The robot includes several activities targeted at young users that maintain attention spans longer than conventional electronic toys:
Physical games including bullfighting and follow-the-leader
Nurturing play through immersive AR pet feeding functions
Introductory programming via Google Blockly integration
Recognition technology enables the device to identify individual family members, creating personalized interactions for each child. This facial recognition system achieves 95% accuracy when identifying expressions and gestures, allowing for consistent user identification even under varying lighting conditions.
The voice command system has been designed for simplicity, enabling younger children to operate the robot without parental assistance. This accessibility makes the device suitable for a range of developmental stages, though optimal engagement occurs with children aged 6-8 years.
Parental controls
Remote monitoring capabilities provide significant oversight options for parents, with the built-in camera and speaker system allowing adults to check on children through the companion mobile app. The manufacturer reports that "as much data processing as possible is done by Loona directly to maximize security & safety," a claim that addresses key concerns regarding privacy.
The monitoring system functions effectively even when outside home Wi-Fi range, with tests confirming reliable operation at distances exceeding 600 meters. Parents can schedule quiet periods where the robot won't automatically leave its charging station, typically between 9 PM and 9 AM, helping maintain household routines.
Educational aspects introduce fundamental concepts in robotics, artificial intelligence and engineering through interactive play rather than formal instruction. This approach reportedly holds children's attention significantly longer than traditional learning tools, with average daily engagement lasting approximately one hour spread across multiple sessions.
Loona for Seniors: Accessibility Review
The Loona Robot V24 shows considerable potential as a companion device for elderly users, according to both testing results and customer feedback. The robot provides specific benefits for older adults seeking technological assistance without overwhelming complexity.
Ease of use for elderly
The device features an interface designed with accessibility in mind, making it suitable for users with limited technical experience. Its control system relies on natural interaction methods rather than complicated menu navigation.
Key accessibility features include:
Gesture controls requiring minimal precision
Simplified voice commands
App interface with readable text and straightforward options
Customer testimonials suggest the robot serves as more than a gadget for many elderly users. One purchaser reported the device "brought an abundance of joy and comfort" to their elderly mother while helping her "feel less lonely and isolated". Another user described how the robot evolved into a companion offering "friendly chats, task reminders, and light exercises".
Voice command reliability
Testing reveals mixed performance regarding voice recognition for elderly users. The manufacturer equips the robot with a 4-microphone directional system designed to ensure consistent response. The company claims the Loona Robot V24 can recognize over 100 voice commands while tracking facial expressions.
In practice, performance varies considerably. One online discussion noted the activation phrase "Hello Loona" functions approximately half the time. This inconsistency presents a significant challenge for seniors who rely primarily on voice commands rather than app interfaces.
The robot's gesture recognition system offers an effective alternative method of interaction, allowing users to communicate "even without words". This dual-input approach helps ensure elderly users can successfully engage with the device despite voice command limitations.
Loona Robot Dog vs Real Dog
Comparing the Loona Robot V24 to a real dog highlights significant differences that could influence consumer choices between mechanical and living companionship. The month-long testing period revealed both advantages and limitations of robotic pets compared to traditional canine companions.
Behavioral comparison
Research suggests both the Loona Robot V24 and real dogs provide meaningful companionship. Studies indicate robotic pets in care facilities make residents happier and more social. The robot's expressive characteristics create connections that develop over time, similar to relationships with living animals.
Fundamental differences emerge in behavioral consistency. Unlike dogs that exhibit unpredictable reactions, Loona delivers programmable, consistent interactions. Several users characterize the Loona Robot V24 as "a trick-doing robot" rather than an authentic pet. The robotic companion performs well in scheduled engagements but cannot replicate the intuitive understanding and genuine emotional responses living dogs provide.
The robot's capabilities include following owners, performing dance routines, and executing pre-programmed tricks. Consumer discussions frequently note interaction limitations – "which for a device like this, is a killer".
Maintenance and cost
The Loona Robot V24 presents substantial maintenance advantages compared to living animals. Owners need only charge the device and occasionally update software rather than providing daily care. This particularly suits busy individuals or those unable to accommodate the demands of traditional pets.
Living dogs require:
Daily feeding and regular exercise
Scheduled veterinary care
Consistent grooming and waste management
Continuous attention and emotional engagement
The robot requires only charging, providing up to 30 hours of standby time with 1.5 hours of active use. Consumer evaluations consistently identify this low-maintenance approach as economically advantageous over time.
For those seeking companionship without traditional pet responsibilities, this advantage proves decisive according to multiple consumer reports. The durable construction suggests years of use without the ongoing expenses associated with animal care.
Loona vs Anki Vector: Key Differences
Companion robot technology has developed along distinct paths, with the Loona Robot V24 and Anki Vector representing contrasting approaches to artificial companionship. Detailed comparison reveals significant differences in design philosophy, functionality and user experience between these leading devices.
Feature comparison
Vector's design principles position it primarily as a desktop companion—compact and relatively stationary—while the Loona Robot V24 features a larger build with wheels designed for whole-home exploration.
Camera technology varies between models, with Vector utilizing an upgraded 2MP camera, though Loona Robot V24 claims 95% accuracy in facial expression and gesture recognition. The robots excel in different interaction domains:
Voice Recognition: Vector demonstrates more consistent voice command response rates, while Loona Robot V24 achieves only 25% overall success when combining activation and command recognition
Physical Expression: Loona Robot V24 offers greater movement range, lifting front wheels and manipulating ears/neck for enhanced expressiveness
Software Maturity: Vector benefits from four years of refinement and regular updates from Digital Dream Labs
Vector's established market presence has allowed for substantial system refinement, whereas Loona Robot V24 continues developing its technical foundation as a more recent crowdfunded project.
Price and performance
The pricing models differ fundamentally—Vector requires monthly subscription fees for voice command functionality, contrasting with Loona Robot V24's one-time purchase approach. Vector typically sells between $250-$300, representing different value considerations for potential buyers.
Battery performance testing shows Vector's advantage, with newer generations offering 30% longer runtime and user-replaceable power cells. This delivers more consistent performance between charges compared to Loona's variable battery life.
Vector has maintained positive user feedback despite Anki's corporate closure and transition to Digital Dream Labs. Loona Robot V24 generates more divided responses, with some online discussions rating it "well below Vector" in overall functionality, particularly regarding voice command reliability and navigation consistency.
Loona Robot V24 Review: What 30 Days of Testing Revealed (2025)
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Loona vs Sony Aibo: Which Is Smarter?
The Loona Robot V24 and Sony's Aibo represent two distinct approaches to robotic companionship, with each device prioritizing different aspects of artificial intelligence and user interaction.
AI capabilities
Analysis suggests Loona Robot V24's AI system scores 87.78 on usability tests, outperforming competitors that typically achieve around 79.17. The device processes up to 200 user inputs per minute through its combined recognition systems, allowing for relatively fluid interactions.
Sony's Aibo takes a different approach, focusing on developing a unique personality through ongoing owner interactions. This emphasis on adaptive behavior allows the robot to evolve its responses over time, creating an experience that more closely mimics a living pet's developmental patterns.
Both devices employ facial recognition technology, with Loona achieving 95% accuracy in recognizing facial expressions and gestures. Aibo, however, places greater emphasis on simulating authentic pet behavior, developing individualized responses based on user interaction patterns.
User experience
The integration of ChatGPT gives Loona an advantage in conversational abilities and educational interactions, according to multiple user reports. This technology enables more dynamic discussions compared to Aibo's more behavioral approach.
Aibo creates a distinctly different experience by focusing on pet-like behavior rather than utility or educational value. The device displays emotions through "eyes, body movements, and sounds", prioritizing the simulation of animal companionship over versatility.
Cost represents a significant factor in comparing these devices. While Aibo offers sophisticated pet simulation capabilities, its premium price point places it beyond many consumers' reach. Loona provides a more accessible alternative that delivers companionship benefits without the maintenance requirements of a living pet.
The fundamental difference between these devices lies in their design philosophy - Loona functions as a versatile robotic companion with multiple practical applications, while Aibo focuses exclusively on creating an authentic pet ownership experience at a significantly higher price point.
Conclusion: Is the Loona Robot V24 Worth It in 2025?
The 30-day testing period of the Loona Robot V24 reveals a nuanced picture of this AI companion robot. The August 2024 software update has significantly enhanced the device's capabilities beyond what earlier assessments suggested. Though the OpenAI voice processing integration represents a major advancement, reliability remains an ongoing challenge with only about 25% overall success when combining activation and command recognition.
The gesture recognition system emerges as the robot's most reliable feature, achieving 95% accuracy and functioning effectively even in noisy environments. This dual-input approach provides a practical workaround for the voice command limitations. The robot's personality modes offer considerable versatility, transitioning between an energetic interactive companion and a subdued presence depending on household needs.
For families seeking alternatives to traditional pets without maintenance responsibilities, the Loona Robot V24 delivers notable benefits. Children gain educational value through programming features and interactive games, while elderly users benefit from the straightforward interface despite occasional voice recognition challenges.
Compared to market alternatives, the Loona positions itself between the compact, subscription-based Vector and the premium-priced Aibo. The additional security features and remote monitoring capabilities extend its functionality beyond mere companionship, effectively serving dual purposes as both entertainment device and home monitoring solution.
Potential buyers should consider whether the robot's strengths align with their specific requirements. Families with young children will extract significant value from its educational capabilities and playful interactions, while those prioritizing navigation reliability or voice recognition may find the current iteration somewhat limited.
The Loona Robot V24 represents a meaningful step toward human-robot companionship, albeit with areas for improvement. The question facing consumers isn't whether this robot achieves perfection, but whether its combination of personality, functionality and accessibility creates worthwhile household value. The month-long testing suggests it does, particularly for those interested in how technology continues to evolve the boundaries between devices and companions.
FAQs
Q1. How does Loona compare to a real dog? Loona offers companionship without the maintenance of a real pet. It provides consistent, programmable interactions and doesn't require feeding, grooming, or vet visits. However, it lacks the intuitive understanding and authentic emotional connection of a living dog.
Q2. What are Loona's key features? Loona features gesture recognition, voice commands, facial recognition, and adaptive personality modes. It can follow users, play interactive games, and engage in conversations powered by AI. The robot also offers remote monitoring capabilities through its mobile app.
Q3. How long does Loona's battery last? Loona's 1350mAH battery provides up to 30 hours of standby time and approximately 1.5 hours of continuous playtime. Actual battery life varies depending on usage, with active interactions draining the battery faster than passive modes.
Q4. Is Loona suitable for children and seniors? Yes, Loona is designed to be user-friendly for both children and seniors. It offers educational games and programming opportunities for kids, while its simple interface and emotional support features make it accessible for older adults. Parental controls are also available for child safety.
Q5. How does Loona's voice recognition perform? Loona's voice recognition system shows mixed results. While it can understand over 100 voice commands and respond to emotional tones, some users report inconsistent performance. The activation phrase "Hello Loona" works approximately 50% of the time, which may present challenges for users who rely heavily on voice commands.
