
The Unitree H1 and H1-2 represent research-grade full-size humanoid robots available for immediate purchase. Priced from $99,900 to $128,900, these platforms offer world-record locomotion speed and comprehensive development capabilities.
Last Updated: March 21, 2026 — Pricing Verified with Authorized Dealers
Full-size research-grade humanoid — ships immediately from North American dealers
Source: BotInfo.ai — verified with authorized dealers, March 2026
Two authorized purchasing options — choose based on your priority: maximum savings or fastest delivery.
Your exclusive code:
BOTINFO2025
Your exclusive code:
TOBORBOTINFO200
Need help choosing? Email contact@botinfo.ai for a free consultation or get our $299 Procurement Brief for a full dealer comparison.
The Unitree H1 is a full-size humanoid robot platform designed specifically for advanced robotics research. Standing 180cm tall and weighing 47kg, the H1 holds the world record for humanoid robot walking speed at 3.3 meters per second. This achievement makes it the fastest walking humanoid robot commercially available, surpassing platforms from Boston Dynamics Atlas, Agility Robotics Digit, and other major manufacturers.
Developed by Unitree Robotics—the same company behind the popular Go and B series robot dogs—the H1 platform prioritizes locomotion research and dynamic balance control. Universities and research laboratories worldwide use the H1 for studies in bipedal walking algorithms, reinforcement learning, and real-world navigation systems. For a broader overview of the humanoid robotics landscape, see our State of Humanoid Robotics report.
The platform comes in two configurations: the standard H1 ($99,900) optimized for pure locomotion research, and the H1-2 ($128,900) which adds 7-degree-of-freedom arms for full-stack humanoid research combining mobility and manipulation. Both models ship from authorized North American dealers with fast delivery to research institutions across the USA and Canada. To understand how the H1 fits within Unitree's full product lineup — including the G1 ($21,600+), R1 ($4,900+), and upcoming H2 ($29,900) — see our companies directory.
Research-grade humanoid robots have traditionally cost $250,000 to $500,000+ (Boston Dynamics Atlas) or remained unavailable for purchase (Tesla Optimus, Figure 03). The Unitree H1 breaks this barrier by offering genuine full-size humanoid capabilities at research-accessible pricing starting under $100,000.
The H1's world-record speed achievement demonstrates Unitree's focus on pushing the boundaries of dynamic control. Unlike humanoid robots that prioritize slow, stable walking, the H1 platform enables research into high-speed locomotion—critical for real-world deployment scenarios where robots must keep pace with human movement. For technical terminology used throughout this guide, refer to our robotics glossary.
Both H1 models support ROS (Robot Operating System) integration and provide SDK access for custom algorithm development. Research teams can implement their own control policies, test novel AI architectures, and generate datasets for machine learning research. The onboard NVIDIA Jetson Orin GPU delivers 100 TOPS of AI inference performance, enabling real-time neural network deployment directly on the robot.
The Unitree H1 and H1-2 share the same core platform but differ significantly in manipulation capabilities. Here's a detailed side-by-side comparison.
| Specification | Unitree H1 | Unitree H1-2 |
|---|---|---|
| Price (USD) | $99,900 | $128,900 |
| Height | 180 cm (5'11") | 180 cm (5'11") |
| Weight | 47 kg | 73 kg |
| Degrees of Freedom | 19 DOF | 27 DOF |
| Arm Configuration | 4-DOF arms (basic) | 7-DOF arms (advanced) |
| Walking Speed | 3.3 m/s (world record) | ~3.0 m/s |
| Payload Capacity | 5 kg | 10 kg |
| Max Joint Torque | 360 N·m | 360 N·m |
| Torque Density | 189 N·m/kg | 189 N·m/kg |
| Computing | NVIDIA Jetson Orin (100 TOPS) | NVIDIA Jetson Orin (100 TOPS) |
| Sensors | 3D LiDAR, depth cameras, IMU | 3D LiDAR, depth cameras, IMU |
| SDK | ROS 2, Python, C++ | ROS 2, Python, C++ |
| Best For | Locomotion labs, biomechanics, navigation | Full humanoid research, HRI, manipulation |
The $29,000 price difference between H1 ($99,900) and H1-2 ($128,900) primarily buys you advanced manipulation capabilities. Here's how to decide.
The H1-2's additional $29,000 cost represents a 29% premium, but you gain 42% more DOF (19 → 27) and full manipulation capabilities. Upgrading from H1 to H1-2 later is not possible — you'd need to purchase a second robot. If your research might evolve to include manipulation within 3-5 years, the H1-2 offers better long-term value.
The Unitree H2 launches in April 2026 at $29,900 — roughly 70% less than the H1. Here's when each platform is the right choice.
📊 BotInfo Analyst Take — March 2026
The H2 is objectively more capable per dollar for most use cases. For the majority of new buyers, the H2 is the better purchase. However, the H1 still wins for speed-critical locomotion research (3.3 m/s is unmatched) and time-critical procurement (the H1 ships in days; first-gen production runs often slip).
Bottom line: Don't buy an H1 because you haven't heard of the H2. Buy it because your specific needs justify the premium. Read our complete Unitree H2 Buyer's Guide →
The Unitree H1 occupies a unique position in the 2026 humanoid landscape: it's the only full-size, SDK-accessible humanoid with world-record locomotion speed that you can actually buy and receive this month. Here's how it stacks up against the competition. For a broader comparison across all platforms, see our complete humanoid robot comparison.
Atlas is widely regarded as the most dynamic humanoid robot, but it is not available for purchase. The H1 is the closest commercially available equivalent — a full-size humanoid with world-record speed, open SDK, and immediate availability at $99,900. For labs needing a platform they can actually buy and program, the H1 is currently the top option in this class.
Tesla targets sub-$30K pricing with mass manufacturing advantages, but Optimus is still in the R&D phase with no consumer availability. Musk acknowledged on Tesla's Q4 2025 call that robots aren't yet doing "useful work." The H1 ships today with full SDK access — no waiting for Tesla's repeatedly delayed timeline.
Figure AI's third-gen humanoid is engineered for mass production at their BotQ facility, but remains in controlled pilot deployments — not commercially available to research institutions. The H1 offers open SDK access for custom algorithm development that Figure's proprietary platform doesn't provide.
Digit targets logistics and warehouse applications with a purpose-built bipedal form factor. While available to enterprise customers, Digit's focus on material handling vs. the H1's open research platform makes them suited for different use cases. The H1 provides broader SDK flexibility for academic research.
Phoenix emphasizes human-like dexterity and AI intelligence with Carbon™ AI, excelling at manipulation tasks via teleoperation. However, Phoenix targets commercial deployments, not open research. The H1 provides the open SDK and locomotion performance that academic labs require.
The T800 ($25,000) offers higher peak torque (450 vs 360 N·m) and longer battery life at a lower price. However, it's only available in China with no North American distribution. For USA/Canada institutional buyers, the H1 remains the only full-size humanoid with confirmed dealer support and warranty coverage.
Other notable humanoid platforms in development include 1X NEO (consumer home robot, $20,000), XPENG IRON, Fourier GR, NEURA 4NE1, and AGIBOT. None currently ship to North American research institutions with the H1's combination of full SDK access, world-record speed, and immediate availability. For the complete competitive landscape, see our humanoid robotics companies directory.
Unitree offers four distinct humanoid platforms targeting different budgets, form factors, and research objectives. Understanding the full lineup helps buyers identify the right fit — or build a multi-platform research lab.
Compact 4'0" humanoid. 24 DOF. Ideal for K-12 and education. Ships April 2026.
Compact 4'3" humanoid. 23-43 DOF. 14 variants. Education & research.
Full-size 5'11" research platform. 19-27 DOF. 3.3 m/s record. Ships now.
Full-size 5'11" industrial. 31 DOF. Bionic face. Ships April 2026.
For educational platforms from other manufacturers, also consider the Booster K1 ($12,500) and Noetix Bumi (~$1,400). Browse all options in our humanoid robot buying guide.
Research institutions worldwide use Unitree H1 platforms across multiple domains. Here are the most common applications driving laboratory purchases:
The H1's world-record walking speed makes it ideal for studying high-speed bipedal locomotion. Research teams implement novel control algorithms for dynamic walking, running, and navigation across varied terrain. The platform's lightweight 47kg design enables rapid testing cycles.
Key studies: Gait optimization, energy-efficient walking, rough terrain navigation, stair climbing, push recovery, slip correction.
CS and AI labs use the H1 to train RL policies with real-world physics feedback — validating algorithms on hardware to prevent sim-to-real transfer failures. The ROS-compatible SDK allows custom reward functions and direct neural network deployment on the onboard Jetson Orin GPU.
Many universities use the H1 for graduate-level robotics courses teaching modern control theory.
The H1's full-scale 180cm form factor enables HRI research studying how humans respond to life-sized robots in shared spaces. Psychology departments use it for personal space preferences, trust factors, and gesture-based communication (H1-2 with 7-DOF arms). Compare with Sanctuary AI Phoenix for manipulation-focused HRI.
Biomechanics researchers use the H1 to replicate and analyze human gait patterns. The platform's joint configuration approximates human skeletal structure, enabling gait rehabilitation validation, prosthetic control testing, energy expenditure analysis, and age-related mobility pattern simulation.
Robotics labs developing SLAM algorithms deploy the H1 in real-world environments to test navigation in human-populated areas. The platform's 3D LiDAR, depth cameras, and onboard computing enable real-time path planning, obstacle avoidance, and goal-directed navigation — capabilities also being developed for platforms like Agility Digit in logistics contexts.
Unitree shipped more humanoid robots in 2025 than all Western competitors combined, establishing clear market leadership.
According to IDC, the worldwide humanoid market reached approximately 18,000 total units in 2025. Unitree's 5,500+ shipments represent roughly one-third of the entire global market. For context, Omdia estimates Tesla, Figure AI, and Agility Robotics each shipped approximately 150 units.
This validates the H1/H1-2 as battle-tested designs — universities can reference thousands of deployed units as proof of platform maturity, manufacturing consistency, and vendor viability. For full competitive context, see our State of Humanoid Robotics report.
Unitree achieved profitability for five consecutive years (2020-2024) with gross margins exceeding 50% and ~$140M USD revenue in 2024. CEO Wang Xingxing predicts humanoid robotics will reach its "iPhone moment" within 3-5 years. Based on 508% market growth and Unitree's production trajectory, this timeline appears increasingly plausible.
Major implications for H1 buyers, platform longevity, and pricing trajectory.
Wang predicts a humanoid breaks the 10-second 100m barrier by mid-2026. Unitree's MirrorMe "Bolt" already reached 10 m/s — the H1's 3.3 m/s record was just the beginning.
G1 humanoids now assemble their own joint motors inside Unitree factories — a milestone toward recursive manufacturing and long-term cost reduction.
Unitree teased a next-gen full-size humanoid: 1.8m tall, 31 DOF, ballet-pose silhouette. This likely successor/complement to the H1 line signals continued investment in full-scale research platforms.
Wang defined a new benchmark: 80% of tasks at 80% success via voice command. This signals where Unitree targets software development — and what H1 researchers can expect from future SDK updates.
A publicly listed company with $7B+ valuation provides stronger vendor stability than a pre-revenue startup — critical for sole-source justifications and vendor longevity guarantees. The 20,000-unit target suggests price stability and parts availability for existing H1 owners. For more on Unitree's full lineup, see our guides to the H2, G1, and R1.
Before purchasing a Unitree H1 or H1-2, research teams should evaluate these key factors. For personalized guidance, see our free consultation service.
Platforms like Boston Dynamics Atlas cost $250K-$500K+ with restricted purchase terms. Tesla Optimus and Figure 03 aren't available at any price. The H1/H1-2 provides research-grade performance at accessible pricing with immediate availability. See our complete comparison guide for detailed competitive analysis.
Verified with authorized dealers. March 2026.
The H1 Standard is $99,900 USD and the H1-2 is $128,900 USD, both with free USA/Canada shipping. Exclusive discount codes saving $200–$3,867 are available through the purchasing options above. Authorized dealers offer financing up to $30K and NET-30 terms for institutions.
The H1 ($99,900) has 4-DOF arms and 19 total DOF at 47kg, optimized for locomotion. The H1-2 ($128,900) adds 7-DOF arms and 27 total DOF at 73kg with 10kg payload for manipulation research. Upgrading from H1 to H1-2 later is not possible.
Multiple authorized North American dealers offer financing, NET-30 terms, and 2-day USA warehouse shipping. Both configurations are in stock. See the purchasing options above for exclusive discount codes. For other brands, see our humanoid robot buying guide.
The H1 holds the world record at 3.3 m/s (7.4 mph / 11.9 km/h). CEO Wang Xingxing predicts a sub-10 second 100m sprint by mid-2026, with Unitree's MirrorMe "Bolt" already reaching 10 m/s. The H1-2 maintains ~3.0 m/s despite heavier weight.
Yes. Both models support ROS 2 with C++ and Python SDK access. Research teams deploy custom algorithms and neural networks directly to the onboard NVIDIA Jetson Orin (100 TOPS). GitHub repos: unitree_sdk2, unitree_ros2.
Yes — financing up to $30,000, NET-30 terms, and PO acceptance. Terms vary by dealer; see purchasing options above for specifics. Contact contact@botinfo.ai for sole-source justification templates and free procurement guidance.
The H1 ($99,900) is optimized for high-speed locomotion research. The H2 ($29,900, April 2026) targets industrial deployment with 31 DOF. The G1 ($21,600+) is compact for education. The R1 ($4,900+) is budget-friendly. Non-Unitree competitors like Atlas, Optimus, and Figure 03 are not commercially available. Full breakdown in our comparison guide.
Robot platform, charging station, SDK documentation, and dealer technical support. Specifics vary by dealer. For a detailed side-by-side dealer comparison with financing terms and delivery timelines, get our $299 Procurement Brief.
$29,900, 31 DOF, April 2026. Industrial platform with bionic face.
Read H2 Guide →$21,600+, 14 variants, compact humanoid for education & research.
Explore G1 →Complete analysis of specs, AI, timeline, and availability outlook.
Read Analysis →Compare 12+ models: H1, H2, Atlas, Optimus, Figure 03, Digit, and more.
Compare All →Complete vendor directory for all humanoid and robot dog brands.
View All Vendors →
The Unitree H1 and H1-2 represent research-grade full-size humanoid robots available for immediate purchase. Priced from $99,900 to $128,900, these platforms offer world-record locomotion speed and comprehensive development capabilities.
Last Updated: March 21, 2026 — Pricing Verified with Authorized Dealers
Full-size research-grade humanoid — ships immediately from North American dealers
Source: BotInfo.ai — verified with authorized dealers, March 2026
Two authorized purchasing options — choose based on your priority: maximum savings or fastest delivery.
Your exclusive code:
BOTINFO2025
Your exclusive code:
TOBORBOTINFO200
Need help choosing? Email contact@botinfo.ai for a free consultation or get our $299 Procurement Brief for a full dealer comparison.
The Unitree H1 is a full-size humanoid robot platform designed specifically for advanced robotics research. Standing 180cm tall and weighing 47kg, the H1 holds the world record for humanoid robot walking speed at 3.3 meters per second. This achievement makes it the fastest walking humanoid robot commercially available, surpassing platforms from Boston Dynamics Atlas, Agility Robotics Digit, and other major manufacturers.
Developed by Unitree Robotics—the same company behind the popular Go and B series robot dogs—the H1 platform prioritizes locomotion research and dynamic balance control. Universities and research laboratories worldwide use the H1 for studies in bipedal walking algorithms, reinforcement learning, and real-world navigation systems. For a broader overview of the humanoid robotics landscape, see our State of Humanoid Robotics report.
The platform comes in two configurations: the standard H1 ($99,900) optimized for pure locomotion research, and the H1-2 ($128,900) which adds 7-degree-of-freedom arms for full-stack humanoid research combining mobility and manipulation. Both models ship from authorized North American dealers with fast delivery to research institutions across the USA and Canada. To understand how the H1 fits within Unitree's full product lineup — including the G1 ($21,600+), R1 ($4,900+), and upcoming H2 ($29,900) — see our companies directory.
Research-grade humanoid robots have traditionally cost $250,000 to $500,000+ (Boston Dynamics Atlas) or remained unavailable for purchase (Tesla Optimus, Figure 03). The Unitree H1 breaks this barrier by offering genuine full-size humanoid capabilities at research-accessible pricing starting under $100,000.
The H1's world-record speed achievement demonstrates Unitree's focus on pushing the boundaries of dynamic control. Unlike humanoid robots that prioritize slow, stable walking, the H1 platform enables research into high-speed locomotion—critical for real-world deployment scenarios where robots must keep pace with human movement. For technical terminology used throughout this guide, refer to our robotics glossary.
Both H1 models support ROS (Robot Operating System) integration and provide SDK access for custom algorithm development. Research teams can implement their own control policies, test novel AI architectures, and generate datasets for machine learning research. The onboard NVIDIA Jetson Orin GPU delivers 100 TOPS of AI inference performance, enabling real-time neural network deployment directly on the robot.
The Unitree H1 and H1-2 share the same core platform but differ significantly in manipulation capabilities. Here's a detailed side-by-side comparison.
| Specification | Unitree H1 | Unitree H1-2 |
|---|---|---|
| Price (USD) | $99,900 | $128,900 |
| Height | 180 cm (5'11") | 180 cm (5'11") |
| Weight | 47 kg | 73 kg |
| Degrees of Freedom | 19 DOF | 27 DOF |
| Arm Configuration | 4-DOF arms (basic) | 7-DOF arms (advanced) |
| Walking Speed | 3.3 m/s (world record) | ~3.0 m/s |
| Payload Capacity | 5 kg | 10 kg |
| Max Joint Torque | 360 N·m | 360 N·m |
| Torque Density | 189 N·m/kg | 189 N·m/kg |
| Computing | NVIDIA Jetson Orin (100 TOPS) | NVIDIA Jetson Orin (100 TOPS) |
| Sensors | 3D LiDAR, depth cameras, IMU | 3D LiDAR, depth cameras, IMU |
| SDK | ROS 2, Python, C++ | ROS 2, Python, C++ |
| Best For | Locomotion labs, biomechanics, navigation | Full humanoid research, HRI, manipulation |
The $29,000 price difference between H1 ($99,900) and H1-2 ($128,900) primarily buys you advanced manipulation capabilities. Here's how to decide.
The H1-2's additional $29,000 cost represents a 29% premium, but you gain 42% more DOF (19 → 27) and full manipulation capabilities. Upgrading from H1 to H1-2 later is not possible — you'd need to purchase a second robot. If your research might evolve to include manipulation within 3-5 years, the H1-2 offers better long-term value.
The Unitree H2 launches in April 2026 at $29,900 — roughly 70% less than the H1. Here's when each platform is the right choice.
📊 BotInfo Analyst Take — March 2026
The H2 is objectively more capable per dollar for most use cases. For the majority of new buyers, the H2 is the better purchase. However, the H1 still wins for speed-critical locomotion research (3.3 m/s is unmatched) and time-critical procurement (the H1 ships in days; first-gen production runs often slip).
Bottom line: Don't buy an H1 because you haven't heard of the H2. Buy it because your specific needs justify the premium. Read our complete Unitree H2 Buyer's Guide →
The Unitree H1 occupies a unique position in the 2026 humanoid landscape: it's the only full-size, SDK-accessible humanoid with world-record locomotion speed that you can actually buy and receive this month. Here's how it stacks up against the competition. For a broader comparison across all platforms, see our complete humanoid robot comparison.
Atlas is widely regarded as the most dynamic humanoid robot, but it is not available for purchase. The H1 is the closest commercially available equivalent — a full-size humanoid with world-record speed, open SDK, and immediate availability at $99,900. For labs needing a platform they can actually buy and program, the H1 is currently the top option in this class.
Tesla targets sub-$30K pricing with mass manufacturing advantages, but Optimus is still in the R&D phase with no consumer availability. Musk acknowledged on Tesla's Q4 2025 call that robots aren't yet doing "useful work." The H1 ships today with full SDK access — no waiting for Tesla's repeatedly delayed timeline.
Figure AI's third-gen humanoid is engineered for mass production at their BotQ facility, but remains in controlled pilot deployments — not commercially available to research institutions. The H1 offers open SDK access for custom algorithm development that Figure's proprietary platform doesn't provide.
Digit targets logistics and warehouse applications with a purpose-built bipedal form factor. While available to enterprise customers, Digit's focus on material handling vs. the H1's open research platform makes them suited for different use cases. The H1 provides broader SDK flexibility for academic research.
Phoenix emphasizes human-like dexterity and AI intelligence with Carbon™ AI, excelling at manipulation tasks via teleoperation. However, Phoenix targets commercial deployments, not open research. The H1 provides the open SDK and locomotion performance that academic labs require.
The T800 ($25,000) offers higher peak torque (450 vs 360 N·m) and longer battery life at a lower price. However, it's only available in China with no North American distribution. For USA/Canada institutional buyers, the H1 remains the only full-size humanoid with confirmed dealer support and warranty coverage.
Other notable humanoid platforms in development include 1X NEO (consumer home robot, $20,000), XPENG IRON, Fourier GR, NEURA 4NE1, and AGIBOT. None currently ship to North American research institutions with the H1's combination of full SDK access, world-record speed, and immediate availability. For the complete competitive landscape, see our humanoid robotics companies directory.
Unitree offers four distinct humanoid platforms targeting different budgets, form factors, and research objectives. Understanding the full lineup helps buyers identify the right fit — or build a multi-platform research lab.
Compact 4'0" humanoid. 24 DOF. Ideal for K-12 and education. Ships April 2026.
Compact 4'3" humanoid. 23-43 DOF. 14 variants. Education & research.
Full-size 5'11" research platform. 19-27 DOF. 3.3 m/s record. Ships now.
Full-size 5'11" industrial. 31 DOF. Bionic face. Ships April 2026.
For educational platforms from other manufacturers, also consider the Booster K1 ($12,500) and Noetix Bumi (~$1,400). Browse all options in our humanoid robot buying guide.
Research institutions worldwide use Unitree H1 platforms across multiple domains. Here are the most common applications driving laboratory purchases:
The H1's world-record walking speed makes it ideal for studying high-speed bipedal locomotion. Research teams implement novel control algorithms for dynamic walking, running, and navigation across varied terrain. The platform's lightweight 47kg design enables rapid testing cycles.
Key studies: Gait optimization, energy-efficient walking, rough terrain navigation, stair climbing, push recovery, slip correction.
CS and AI labs use the H1 to train RL policies with real-world physics feedback — validating algorithms on hardware to prevent sim-to-real transfer failures. The ROS-compatible SDK allows custom reward functions and direct neural network deployment on the onboard Jetson Orin GPU.
Many universities use the H1 for graduate-level robotics courses teaching modern control theory.
The H1's full-scale 180cm form factor enables HRI research studying how humans respond to life-sized robots in shared spaces. Psychology departments use it for personal space preferences, trust factors, and gesture-based communication (H1-2 with 7-DOF arms). Compare with Sanctuary AI Phoenix for manipulation-focused HRI.
Biomechanics researchers use the H1 to replicate and analyze human gait patterns. The platform's joint configuration approximates human skeletal structure, enabling gait rehabilitation validation, prosthetic control testing, energy expenditure analysis, and age-related mobility pattern simulation.
Robotics labs developing SLAM algorithms deploy the H1 in real-world environments to test navigation in human-populated areas. The platform's 3D LiDAR, depth cameras, and onboard computing enable real-time path planning, obstacle avoidance, and goal-directed navigation — capabilities also being developed for platforms like Agility Digit in logistics contexts.
Unitree shipped more humanoid robots in 2025 than all Western competitors combined, establishing clear market leadership.
According to IDC, the worldwide humanoid market reached approximately 18,000 total units in 2025. Unitree's 5,500+ shipments represent roughly one-third of the entire global market. For context, Omdia estimates Tesla, Figure AI, and Agility Robotics each shipped approximately 150 units.
This validates the H1/H1-2 as battle-tested designs — universities can reference thousands of deployed units as proof of platform maturity, manufacturing consistency, and vendor viability. For full competitive context, see our State of Humanoid Robotics report.
Unitree achieved profitability for five consecutive years (2020-2024) with gross margins exceeding 50% and ~$140M USD revenue in 2024. CEO Wang Xingxing predicts humanoid robotics will reach its "iPhone moment" within 3-5 years. Based on 508% market growth and Unitree's production trajectory, this timeline appears increasingly plausible.
Major implications for H1 buyers, platform longevity, and pricing trajectory.
Wang predicts a humanoid breaks the 10-second 100m barrier by mid-2026. Unitree's MirrorMe "Bolt" already reached 10 m/s — the H1's 3.3 m/s record was just the beginning.
G1 humanoids now assemble their own joint motors inside Unitree factories — a milestone toward recursive manufacturing and long-term cost reduction.
Unitree teased a next-gen full-size humanoid: 1.8m tall, 31 DOF, ballet-pose silhouette. This likely successor/complement to the H1 line signals continued investment in full-scale research platforms.
Wang defined a new benchmark: 80% of tasks at 80% success via voice command. This signals where Unitree targets software development — and what H1 researchers can expect from future SDK updates.
A publicly listed company with $7B+ valuation provides stronger vendor stability than a pre-revenue startup — critical for sole-source justifications and vendor longevity guarantees. The 20,000-unit target suggests price stability and parts availability for existing H1 owners. For more on Unitree's full lineup, see our guides to the H2, G1, and R1.
Before purchasing a Unitree H1 or H1-2, research teams should evaluate these key factors. For personalized guidance, see our free consultation service.
Platforms like Boston Dynamics Atlas cost $250K-$500K+ with restricted purchase terms. Tesla Optimus and Figure 03 aren't available at any price. The H1/H1-2 provides research-grade performance at accessible pricing with immediate availability. See our complete comparison guide for detailed competitive analysis.
Verified with authorized dealers. March 2026.
The H1 Standard is $99,900 USD and the H1-2 is $128,900 USD, both with free USA/Canada shipping. Exclusive discount codes saving $200–$3,867 are available through the purchasing options above. Authorized dealers offer financing up to $30K and NET-30 terms for institutions.
The H1 ($99,900) has 4-DOF arms and 19 total DOF at 47kg, optimized for locomotion. The H1-2 ($128,900) adds 7-DOF arms and 27 total DOF at 73kg with 10kg payload for manipulation research. Upgrading from H1 to H1-2 later is not possible.
Multiple authorized North American dealers offer financing, NET-30 terms, and 2-day USA warehouse shipping. Both configurations are in stock. See the purchasing options above for exclusive discount codes. For other brands, see our humanoid robot buying guide.
The H1 holds the world record at 3.3 m/s (7.4 mph / 11.9 km/h). CEO Wang Xingxing predicts a sub-10 second 100m sprint by mid-2026, with Unitree's MirrorMe "Bolt" already reaching 10 m/s. The H1-2 maintains ~3.0 m/s despite heavier weight.
Yes. Both models support ROS 2 with C++ and Python SDK access. Research teams deploy custom algorithms and neural networks directly to the onboard NVIDIA Jetson Orin (100 TOPS). GitHub repos: unitree_sdk2, unitree_ros2.
Yes — financing up to $30,000, NET-30 terms, and PO acceptance. Terms vary by dealer; see purchasing options above for specifics. Contact contact@botinfo.ai for sole-source justification templates and free procurement guidance.
The H1 ($99,900) is optimized for high-speed locomotion research. The H2 ($29,900, April 2026) targets industrial deployment with 31 DOF. The G1 ($21,600+) is compact for education. The R1 ($4,900+) is budget-friendly. Non-Unitree competitors like Atlas, Optimus, and Figure 03 are not commercially available. Full breakdown in our comparison guide.
Robot platform, charging station, SDK documentation, and dealer technical support. Specifics vary by dealer. For a detailed side-by-side dealer comparison with financing terms and delivery timelines, get our $299 Procurement Brief.
$29,900, 31 DOF, April 2026. Industrial platform with bionic face.
Read H2 Guide →$21,600+, 14 variants, compact humanoid for education & research.
Explore G1 →Complete analysis of specs, AI, timeline, and availability outlook.
Read Analysis →Compare 12+ models: H1, H2, Atlas, Optimus, Figure 03, Digit, and more.
Compare All →Complete vendor directory for all humanoid and robot dog brands.
View All Vendors →BUY NOW
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