Booster T1 with Dexterous Hands vs Walker S2
Side-by-side comparison of Booster T1 with Dexterous Hands (Booster Robotics) and Walker S2 (UBTECH Robotics Corp Ltd.) — specs, pricing, Robo Index, and verified deployments. Updated daily.
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Layer 1: Identity & Trust
Manufacturer Country
- Booster T1 with Dexterous HandsChina
- Walker S2China
Year First Available
- Booster T1 with Dexterous Hands—
- Walker S22025
Verified Deployments
- Booster T1 with Dexterous Hands0 Deployments
- Walker S20 Deployments
Layer 2: Operational
Price
- Booster T1 with Dexterous Hands$48,659–$64,869 USD
- Walker S2$99,995–$314,286 USD
Battery / Shift Runtime
- Booster T1 with Dexterous Hands4 hrs
- Walker S22 hrs
Availability Status
- Booster T1 with Dexterous HandsACTIVE
- Walker S2ACTIVE
Physical Form Factor
Height
- Booster T1 with Dexterous Hands1180 mm
- Walker S2176 mm
Weight
- Booster T1 with Dexterous Hands30 kg
- Walker S295 kg
Mobility Type
- Booster T1 with Dexterous Hands—
- Walker S2bipedal
Humanoid Subtype
- Booster T1 with Dexterous Hands—
- Walker S2full bipedal
Walking Speed
- Booster T1 with Dexterous Hands—
- Walker S22 m/s
Stair Climbing
- Booster T1 with Dexterous Hands—
- Walker S2Yes
Terrain
- Booster T1 with Dexterous Handsindoor
- Walker S2flat indoor, stairs
Payload & Dexterity
Payload
- Booster T1 with Dexterous Hands—
- Walker S252 kg
Total DOF
- Booster T1 with Dexterous Hands41
- Walker S252
Arm DOF
- Booster T1 with Dexterous Hands7
- Walker S27
Hand DOF
- Booster T1 with Dexterous Hands—
- Walker S27
Bimanual Coordination
- Booster T1 with Dexterous Hands—
- Walker S2Yes
Compute & AI
Onboard Compute
- Booster T1 with Dexterous HandsNVIDIA AGX Orin 200 TOPS
- Walker S2X86 + NVIDIA Jetson Orin
VLM Capable
- Booster T1 with Dexterous Hands—
- Walker S2No
Foundation Models
- Booster T1 with Dexterous Hands—
- Walker S2false
Imitation Learning
- Booster T1 with Dexterous Hands—
- Walker S2No
Programming
- Booster T1 with Dexterous Handscode_ros, code_python, proprietary_app
- Walker S2code_ros
Battery & Power
Runtime
- Booster T1 with Dexterous Hands2 hrs
- Walker S22 hrs
Battery Swap
- Booster T1 with Dexterous Hands—
- Walker S2Yes
Software
SDK Languages
- Booster T1 with Dexterous Handscode_ros, code_python, proprietary_app
- Walker S2Python
ROS Support
- Booster T1 with Dexterous HandsYes
- Walker S2Yes
Open API
- Booster T1 with Dexterous HandsYes
- Walker S2Yes
Reliability
Deployment Maturity
- Booster T1 with Dexterous Hands—
- Walker S2commercial
Commercial
Price (USD)
- Booster T1 with Dexterous Hands$48,659–$64,869 USD
- Walker S2$99,995–$314,286 USD
Price Tier
- Booster T1 with Dexterous Hands40-80K
- Walker S280-150K
Pricing Model
- Booster T1 with Dexterous Handspurchase
- Walker S2purchase
Warranty
- Booster T1 with Dexterous Hands1 yrs
- Walker S2—
Applications
- Booster T1 with Dexterous Handsresearch, education, embodied_ai, teleoperation
- Walker S2industrial automation, 24/7 manufacturing
| | |
|---|---|---|
| Layer 1: Identity & Trust | ||
| Manufacturer Country | China | China |
| Year First Available (values differ) | — | 2025 |
| Verified Deployments | 0 Deployments | 0 Deployments |
| Layer 2: Operational | ||
| Price (values differ) | $48,659–$64,869 USD | $99,995–$314,286 USD |
| Battery / Shift Runtime (values differ) | 4 hrs | 2 hrs |
| Availability Status | ACTIVE | ACTIVE |
| Layer 3: Category Specific | ||
| Physical Form Factor | ||
| Height (values differ) | 1180 mm | 176 mm |
| Weight (values differ) | 30 kg | 95 kg |
| Mobility Type (values differ) | — | bipedal |
| Humanoid Subtype (values differ) | — | full bipedal |
| Walking Speed (values differ) | — | 2 m/s |
| Stair Climbing (values differ) | — | Yes |
| Terrain (values differ) | indoor | flat indoor, stairs |
| Payload & Dexterity | ||
| Payload (values differ) | — | 52 kg |
| Total DOF (values differ) | 41 | 52 |
| Arm DOF | 7 | 7 |
| Hand DOF (values differ) | — | 7 |
| Bimanual Coordination (values differ) | — | Yes |
| Compute & AI | ||
| Onboard Compute (values differ) | NVIDIA AGX Orin 200 TOPS | X86 + NVIDIA Jetson Orin |
| VLM Capable (values differ) | — | No |
| Foundation Models (values differ) | — | false |
| Imitation Learning (values differ) | — | No |
| Programming (values differ) | code_ros, code_python, proprietary_app | code_ros |
| Battery & Power | ||
| Runtime | 2 hrs | 2 hrs |
| Battery Swap (values differ) | — | Yes |
| Software | ||
| SDK Languages (values differ) | code_ros, code_python, proprietary_app | Python |
| ROS Support | Yes | Yes |
| Open API | Yes | Yes |
| Reliability | ||
| Deployment Maturity (values differ) | — | commercial |
| Commercial | ||
| Price (USD) (values differ) | $48,659–$64,869 USD | $99,995–$314,286 USD |
| Price Tier (values differ) | 40-80K | 80-150K |
| Pricing Model | purchase | purchase |
| Warranty (values differ) | 1 yrs | — |
| Applications (values differ) | research, education, embodied_ai, teleoperation | industrial automation, 24/7 manufacturing |
Insufficient data for full comparison
The following fields had no data for any of the selected robots: Running Capable, Payload (Peak), Arm Reach, Grip Strength, Manipulation Repeatability, Tool Use, Compute Platform, Teleoperation, Battery Capacity, Charging Time, Charging Method, Avg Power Consumption, Force-Limited Arms, Fall Recovery, Fall Detection Response, Emergency Stops, Human Detection Method, Safe Speed Near Humans, Simulation Platforms, Air-Gap Capable, MTBF, Task Success Rate, IP Rating, Noise Level, RaaS / Month, Developer Unit Price, Delivery Lead Time, Production Pilots
ROI Comparison
Same operating assumptions across every robot — the only difference is price. Set your numbers once to see which pays back fastest.
Annual labor displaced (per robot): $50,000
| Metric | Booster T1 with Dexterous Hands | Walker S2 |
|---|---|---|
| Investment | $56,764 | $207,140 |
| Payback period | 13.6 mo | 49.7 mo |
| Net savings (5 yr) | $193,236 | $42,860 |
| ROI (5 yr) | +340% | +21% |
Estimates labor-cost displacement only — not a full total cost of ownership. Actual ROI depends on integration, maintenance, training, downtime, and task fit. Converted currencies are indicative; USD is the price of record.
Trade-offs at a glance
Frequently asked
Who makes Booster T1 with Dexterous Hands and Walker S2?
Booster T1 with Dexterous Hands is made by Booster Robotics, based in CN. Walker S2 is made by UBTECH Robotics Corp Ltd., based in CN.
How do Booster T1 with Dexterous Hands and Walker S2 compare on the Robo Index?
Booster T1 with Dexterous Hands grades BBB on the Robo Index. Walker S2 grades AA. The Robo Index is a credibility grade (AAA … C) that blends commercial maturity, verified deployments, company standing, and independent coverage — see methodology for the full breakdown.
Are Booster T1 with Dexterous Hands and Walker S2 in the same category?
Both robots are classified as Humanoid on Robolist. Filters and ranking treat them as direct alternatives.
What is the realistic total cost of ownership for Humanoid robots?
Hardware cost is one input. Humanoid TCO also includes integration, training, downtime, and end-of-life. Our breakdown: Humanoid TCO: Hardware, Cloud Subscriptions, and the Cost of Teleop Time.
What should a buyer ask vendors when choosing between Booster T1 with Dexterous Hands and Walker S2?
Spec sheets only show part of the story. Useful vendor questions cover support, lifecycle, integration cost, and references. We have a buyer-focused checklist: Vendor Selection for Humanoids: The 10 Questions You Must Ask.
Going deeper — picking the right robot
Humanoid TCO: Hardware, Cloud Subscriptions, and the Cost of Teleop Time
8 min readHumanoid Robots
Vendor Selection for Humanoids: The 10 Questions You Must Ask
10 min readHumanoid Robots
Running a Humanoid Pilot: Scope, Success Criteria, and Exit Options
9 min readHumanoid Robots
Build vs buy vs lease: which model fits a first deployment
8 min readChoosing Your First Robot
The hidden specs vendors hope you'll miss
10 min readReading the Spec Sheet
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About this comparison
Booster T1 with Dexterous Hands vs Walker S2 compares two robots in the humanoid category. All data is sourced from manufacturer spec sheets, verified deployments, and third-party filings; see our methodology for how the Robo Index is calculated.