Clearpath Robotics Husky vs NVIDIA Jetson Nano
Side-by-side comparison of features, pricing, ratings, and alternatives.
The Clearpath Robotics Husky is a high-performance, all-terrain field robot designed for rigorous research, rapid prototyping, and heavy-duty deployment in remote or hostile environments. Equipped with a heavy-payload capacity and high-torque drivetrain, it easily traverses mud, snow, and rough terrain while maintaining precise mobility control. Built on a ROS-ready architecture, the Husky integrates seamlessly with a wide variety of sensors, manipulators, and custom payloads. Its open-source software stack and modular hardware design make it the industry standard for academic researchers, industrial developers, and field roboticists globally.
The NVIDIA Jetson Nano Developer Kit delivers the compute performance to run modern AI workloads in a small, power-efficient form factor. It brings the power of modern artificial intelligence to edge devices, empowering developers to build autonomous machines and smart devices. Equipped with a 128-core Maxwell GPU and a quad-core ARM CPU, it supports high-resolution sensors and processes multiple neural networks concurrently. Backed by the comprehensive Jetson software stack, it streamlines the development and deployment of advanced robotics and IoT applications.
- Exceptional all-terrain performance and high traction
- Generous payload capacity for heavy sensor suites
- Comprehensive ROS support and extensive documentation
- Extremely durable, weather-resistant industrial build quality
- Affordable entry point for edge AI development
- Comprehensive software stack via JetPack SDK
- Compact form factor with versatile I/O interfaces
- Active developer community with extensive tutorials
- High cost makes it inaccessible for hobbyist budgets
- Large and heavy footprint requires dedicated transport solutions
- Skid-steering mechanism causes tire wear and surface disruption on high-friction ground
- Limited onboard memory compared to higher-end Jetson models
- Discontinued official production affecting long-term availability
- Power supply requirements can be strict under heavy loads
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The Verdict
AI-generated from listing dataThe Jetson Nano is a low‑cost, compact AI compute board for hobbyists, while the Husky is a heavy, expensive UGV platform for research‑grade robotics.
Key differences
- •Form factor & mobility: Nano is a 100 mm board, Husky is a 990 mm robot chassis;
- •Compute vs. payload: Nano provides 47 GFLOPS AI compute, Husky offers up to 75 kg payload capacity but no onboard AI compute;
- •Intended audience & cost: Nano targets hobbyists/students at $99, Husky targets researchers with unknown (likely high) price;
- •Power source: Nano runs on AC power, Husky runs on battery for field operation;
- •Connectivity: Nano includes Gigabit Ethernet, USB 3.0, M.2 Key E; Husky offers Wi‑Fi, Ethernet, RS232.
Performance
Nano delivers 47 GFLOPS AI compute; Husky’s specs list no compute capability.
Build quality
Husky has a rugged, weather‑resistant aluminum chassis designed for outdoor use.
Connectivity
Nano provides Gigabit Ethernet, USB 3.0, and M.2 wireless; Husky offers Wi‑Fi, Ethernet, RS232 only.
Power & efficiency
Nano consumes as little as 5 W from AC; Husky runs on battery with unspecified consumption.
Compatibility
Husky integrates natively with ROS; Nano runs JetPack SDK, not ROS out‑of‑the‑box.
Price & value
Nano priced at $99; Husky price is unknown but described as high‑cost.
Warranty & support
Both provide a 1‑year warranty; open‑source support not indicated for either.
Choose Clearpath Robotics Husky if…
Robotics researchers needing a durable, high‑payload outdoor robot with ROS integration.
Choose NVIDIA Jetson Nano if…
Hobbyists or students needing low‑cost AI compute for embedded projects.
Common questions
What is the price difference?
Nano costs $99; Husky’s price is not disclosed and is described as high, likely far above $99.
Can the Jetson Nano run ROS?
Not specified; it runs NVIDIA JetPack SDK, while Husky explicitly supports ROS.
Which platform is better for field deployment?
Husky, because it is battery‑powered, weather‑resistant, and built for outdoor terrain.