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By Elad Inbar, RobotLAB founder & CEO — a practical guide to adopting robotics that actually delivers ROI.
About the book →The AgileX Hunter 2.0 is a mid-size unmanned ground vehicle (UGV) built around front-wheel Ackermann steering and a rocker suspension, giving it the car-like turning geometry that most other research rovers lack. Where skid-steer and tracked platforms pivot in place, the Hunter steers like a passenger vehicle, which makes it the natural choice when a team needs to develop, test, and demonstrate true autonomous-driving algorithms on a controllable, indoor-or-paved-surface footprint. RobotLAB supplies the Hunter 2.0 as a ready-to-develop platform, available to purchase outright at $12,900 or through a Robot-as-a-Service subscription.
The all-steel body carries up to 150 kg (330 lb) of payload on four 400W brushless motors, with a standard 24V 30Ah battery delivering roughly 22 km of range and a published runtime around 4 hours; an optional 60Ah pack extends range to about 40 km. Top speed is 6 km/h in standard configuration and upgradable to 10 km/h. A CAN bus plus serial interface, open ROS packages, and C++/Python support make it straightforward to mount LiDAR, cameras, an IMU, and a compute stack and start writing navigation code.
As a reseller and integrator, RobotLAB handles the parts most labs and facilities don't want to: sourcing, configuration, sensor and compute integration, training, and ongoing support nationwide. Whether the goal is a university autonomous-vehicle course, a government R&D program, or an industrial inspection prototype, RobotLAB can deliver the Hunter 2.0 configured for the job rather than as a bare chassis.
| Brand | AgileX |
| Model | Hunter 2.0 |
| Type | Ackermann-steering unmanned ground vehicle (UGV) |
| Steering / Drive | Front-wheel Ackermann steering, rocker suspension |
| Dimensions (L x W x H) | 980 x 745 x 375 mm |
| Weight | 70 kg |
| Payload Capacity | 150 kg (330 lb) |
| Motors | Four 400W brushless servo motors |
| Max Speed | 6 km/h (upgradable to 10 km/h) |
| Battery | 24V 30Ah (upgradable to 24V 60Ah) |
| Range (no load) | 22 km (30Ah) / 40 km (60Ah) |
| Runtime | Approx. 4 hours (240 min) |
| Charging Time | 3.5 h (30Ah) / 7 h (60Ah) |
| Ground Clearance | 100 mm |
| Max Climbing Slope (no load) | 10 degrees |
| Max Obstacle Height (no load) | 50 mm |
| Communication Interface | CAN and serial |
| Power Supply Output | 24V 15A |
| Software / SDK | ROS packages, C++ and Python support |
| Purchase Price | $12,900 |
The Hunter 2.0's Ackermann steering mirrors how real cars turn, so university robotics and computer-science labs use it to teach and develop path planning, SLAM, and self-driving control without the cost, risk, or footprint of a full-size vehicle. RobotLAB delivers it pre-integrated with the sensors and compute a course or research program needs, plus the training to get students productive quickly.
Public agencies and defense-adjacent research groups adopt the Hunter 2.0 as a stable, high-payload base for testing autonomous navigation, sensor payloads, and field experiments. RobotLAB supports procurement, configuration, and nationwide service so program teams can focus on the mission rather than the hardware logistics.
With 150 kg of payload and a slope-parking power-off brake, the Hunter 2.0 serves as a development platform for autonomous inspection, material movement, and facility-monitoring prototypes on smooth, structured plant floors. RobotLAB integrates the required cameras, LiDAR, and edge compute and stands behind the deployment with leasing and RaaS options that fit capital constraints.
Same-day response. We handle delivery, on-site setup, staff training, and ongoing service nationwide.
The Hunter 2.0 uses front-wheel Ackermann steering, meaning it turns like a car rather than pivoting in place like the skid-steer Scout or the tracked Bunker. That car-like geometry is exactly why teams choose it for autonomous-driving research. It also carries the highest payload in this size class at 150 kg. Call 1-87-RobotLAB and we'll help you match the steering type to your application.
The purchase price through RobotLAB is $12,900. We also offer leasing and Robot-as-a-Service subscriptions so you can spread the cost over time, which is popular with universities and grant-funded programs. Call 1-87-RobotLAB for a quote tailored to your budget and timeline.
The standard 24V 30Ah battery delivers roughly 4 hours of runtime and about 22 km of no-load range, charging in about 3.5 hours. An optional 24V 60Ah pack extends range to about 40 km. Real-world endurance depends on payload, terrain, and your sensor load, so call 1-87-RobotLAB and we'll estimate it for your setup.
The Hunter 2.0 ships as a development platform with open ROS packages, a CAN/serial interface, and C++/Python support, but it does not include LiDAR, cameras, or autonomy software by default. RobotLAB integrates the sensors, compute, and software stack you need before delivery. Call 1-87-RobotLAB to spec a turnkey configuration.
With a 100 mm ground clearance, 50 mm obstacle clearance, and a 10-degree slope rating, the Hunter 2.0 is best on smooth, structured surfaces such as campus paths, lab floors, and plant floors rather than rough off-road terrain. For rugged outdoor work, a tracked platform like the Bunker may fit better. Call 1-87-RobotLAB and we'll recommend the right chassis.
Yes. As America's largest commercial robotics integrator, RobotLAB provides onboarding, operator training, configuration, and nationwide ongoing service for the Hunter 2.0. We support the platform across its full lifecycle, not just at the point of sale. Call 1-87-RobotLAB to discuss a support plan.
A turnkey, ROS-ready research rover: the AgileX Scout Mini 4WD base pre-integrated with LiDAR, a depth camera, IMU, and an onboard NVIDIA Jetson computer — so your lab skips the build and starts running SLAM, navigation, and vision experiments on day one.
An affordable, high-performance handheld 3D scanner. Capture accurate, full-color 3D meshes for art and heritage preservation, AR/VR and digital content, healthcare, education, and product design — powered by peel.OS.
A gripper-ready, 305-meter mini ROV that lets your team inspect, sample, and recover underwater without a boat crew or a dive team — deployed, leased, or RaaS-subscribed through RobotLAB.
A rugged, tracked all-terrain robot chassis built to climb, crawl, and carry where wheeled platforms stall — sold, deployed, and supported by RobotLAB.
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