Why Choose Unitree Sensors & Vision Modules
- Protection for transport and lab work. GPC Hard Case locks the Go2 and all accessories in one carry. G1 Gantry and B2 Protective Bracket catch the robot if it falls during experiments.
- More compute, directly on the robot. The Go2-W Docking Station with Orin NX adds 100 TOPs of onboard AI processing — run navigation stacks, computer vision, and custom algorithms without a tethered laptop or cloud dependency.
- Not sure what fits your platform? Go2, G1, B2, and B2-W use different accessories with different mounting points and interfaces. Tell us your robot and use case — we'll confirm the right match before you order.
The Same Robot а Different Capability Every Time
Unitree platforms are modular by design — the right accessory turns the same robot into a field inspection unit, a research testbed, or an industrial workhorse. Protection for transport, onboard computing for autonomy, mobility upgrades for new terrain, wear parts that keep it running — everything your deployment actually needs, in one place.
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Unitree Protective Bracket (for B2/B2-W)
Vendor:UnitreeUnitree Protective Bracket (for B2/B2-W)
- Regular price
- $1,240.00
- Sale price
- $1,240.00
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Unitree Go2-W docking station (with Orin NX 100Tops)
Vendor:UnitreeUnitree Go2-W docking station (with Orin NX 100Tops)
- Regular price
- $3,900.00
- Sale price
- $3,900.00
- Regular price
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Unitree B2-W Wheels Package
Vendor:UnitreeUnitree B2-W Wheels Package
- Regular price
- $23,400.00
- Sale price
- $23,400.00
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Unitree Nvidia Jetson Orin computing board for B2/B2-W
Vendor:UnitreeUnitree Nvidia Jetson Orin computing board for B2/B2-W
- Regular price
- $4,200.00
- Sale price
- $4,200.00
- Regular price
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Unitree Intel Core i7 computing board for B2/B2-W
Vendor:UnitreeUnitree Intel Core i7 computing board for B2/B2-W
- Regular price
- $4,200.00
- Sale price
- $4,200.00
- Regular price
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Unitree B2 Navigation Kit (basic)
Vendor:UnitreeUnitree B2 Navigation Kit (basic)
- Regular price
- $12,000.00
- Sale price
- $12,000.00
- Regular price
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Unitree H1 dedicated coputing module (100tops)
Vendor:UnitreeUnitree H1 dedicated coputing module (100tops)
- Regular price
- $4,560.00
- Sale price
- $4,560.00
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Unitree H1 dedicated coputing module (200tops)
Vendor:UnitreeUnitree H1 dedicated coputing module (200tops)
- Regular price
- $9,120.00
- Sale price
- $9,120.00
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Unitree AGX module for H1-275 Tops
Vendor:UnitreeUnitree AGX module for H1-275 Tops
- Regular price
- $10,500.00
- Sale price
- $10,500.00
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Unitree AGX module for H1-550 Tops
Vendor:UnitreeUnitree AGX module for H1-550 Tops
- Regular price
- $21,000.00
- Sale price
- $21,000.00
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FAQ
Are Unitree accessories compatible across different robot models?
No — most accessories are platform-specific. The GPC Hard Case is designed for Go2 Air and Pro only. The Protective Bracket fits B2 and B2-W but not Go2 or G1. The G1 Gantry is exclusive to the G1 humanoid. The Go2-W Docking Station requires the Go2-W version specifically — it does not fit the standard Go2. Always verify your exact robot model and variant before ordering. If you're unsure, contact us — using the wrong accessory can result in incompatibility or potential damage.
What does the Go2-W Docking Station with Orin NX actually enable?
The Docking Station with NVIDIA Orin NX (100 TOPs) is a computing expansion module that mounts on the Go2-W and provides:
- 100 TOPs of onboard AI processing — enough for real-time perception, SLAM, and deep learning inference directly on the robot with no cloud dependency
- Expansion interfaces: 1× USB 3.0 Type-A, 2× USB 3.0 Type-C, 2× Gigabit Ethernet (standard RJ45), 1× 100Gb Ethernet (GH1.25-4PIN), 1× M8 AirPlug connector
- Power input range: 16V–60V
In practice, this enables researchers and developers to run custom autonomy stacks, computer vision pipelines, and AI-powered navigation directly on the platform — without an external laptop or compute unit tethered to the robot.
What is the B2-W Wheels Package and how does it change the robot?
The B2-W Wheels Package converts the standard Unitree B2 quadruped into the B2-W wheeled configuration. Instead of walking on legs, the B2-W uses a hybrid locomotion system where wheels replace the standard foot configuration, offering:
- Higher speed on flat and semi-flat terrain
- Greater energy efficiency for long-distance indoor or facility coverage
- Better suitability for warehouse, logistics, and structured indoor environments
Note: the B2-W configuration is optimized for flat terrain. For uneven outdoor terrain and stair climbing, the standard B2 leg configuration performs better.
When should I replace the B2 Foot Pads?
Foot pads are the primary wear component on quadruped robots — they absorb impact with every step on every surface. Signs that replacement is needed include visible compression or cracking of the pad material, reduced traction on smooth floors, and changes in the robot's gait stability during normal operation.
For teams running the B2 in daily field operations, we recommend inspecting foot pads every 2–3 months and keeping a set of spares on hand. Worn foot pads that are not replaced in time transfer stress to the ankle and leg joints, increasing maintenance costs over time.
Does the G1 Gantry interfere with the robot's movement during experiments?
The G1 Gantry is designed as a safety frame — it suspends or supports the G1 humanoid during posture development, balance training, and movement control experiments without restricting the range of motion being tested. It catches the robot if it falls rather than constraining its movement during normal operation. This makes it essential for early-stage gait research and algorithm testing where falls are expected and uncontrolled contact with the floor would damage the robot or the lab environment.
What is included in the GPC Hard Case for Go2?
The GPC Hard Case is custom-molded for the Unitree Go2 Air or Pro and includes organized compartments for the robot unit, remote controller, charging equipment, and additional tools and accessories. A secure leg-lock system keeps the robot body fixed in position during transport, preventing movement that could stress the joints or damage the frame. It is suitable for both facility storage and transit — air travel, vehicle transport, or field deployment where the robot needs impact and dust protection between uses.

