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RobotLAB Robot
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Overview
What is the NASA Curiosity Rover — AgileX Scout 2.0 Build?
The AgileX Scout 2.0 is a four-wheel-drive unmanned ground vehicle (UGV) built to serve as a modular mobile base for robotics research, engineering education, and field prototyping. Its independent double-wishbone suspension, 200-400W brushless servo motors on each wheel, and 135mm of ground clearance let it carry sensor stacks and manipulators across rough indoor and outdoor terrain while you focus on the autonomy software rather than building a chassis from scratch. With a 50 kg payload, a 1.5 m/s top speed, and CAN/serial control interfaces, it is purpose-built to host LiDAR, depth cameras, GPS, and onboard compute for SLAM, navigation, and perception work.
RobotLAB resells the Scout 2.0 as a turnkey research platform rather than a bare import. The package includes the robot body, AC battery charger, the 4-pin aviation plug connector, and a USB-to-CAN communication module, with an optional remote-control transmitter. Because it ships ROS-ready with an open-source SDK, faculty and research teams can stand up a working differential-drive navigation stack quickly and spend their time on coursework and experiments instead of low-level integration.
As a reseller, integrator, and service provider, RobotLAB offers the Scout 2.0 for outright purchase at $14,190, or via Robot-as-a-Service from $297/month, and backs it with U.S.-based deployment help, training, and ongoing support. That means a single point of contact for sizing the right platform, getting it onto your network, and keeping a fleet running across a semester or a multi-year research program.
Specifications
Key specs
| Brand | AgileX Robotics |
| Model | Scout 2.0 |
| Drive type | Four-wheel drive (4WD) skid-steer |
| Dimensions (L x W x H) | 930 x 699 x 349 mm |
| Weight | 67-68 kg |
| Ground clearance | 135 mm |
| Payload capacity | 50 kg |
| Max speed (no load) | 1.5 m/s |
| Max climbable slope (no load) | 30 degrees |
| Max obstacle height | 150 mm |
| Motors | Four brushless servo motors (200-400W per wheel) |
| Suspension | Independent double-wishbone with shock absorbers |
| Battery | 24V 30Ah (upgradable to 24V 60Ah) |
| Charge time | 3.5 hours (30Ah) / 7 hours (60Ah) |
| Control / communication interface | CAN bus and serial interface; USB-to-CAN module included |
| Software | ROS-compatible; open-source SDK |
| Operating temperature | 0 to 40 degrees C |
| Ingress protection | IP22 (upgradable to IP44 or IP64) |
| Certification | CE |
| What's included | Robot body, AC charger, 4-pin aviation plug, USB-to-CAN module (remote transmitter optional) |
| Purchase Price | $14,190 (or $297/month Robot-as-a-Service) |
How it works
NASA Curiosity Rover — AgileX Scout 2.0 Build in detail
University Robotics & Autonomy Research
The Scout 2.0 is most at home in higher-education and research labs working on SLAM, autonomous navigation, multi-robot coordination, and perception. Its open ROS interface and T-slot mounting rails make it straightforward to bolt on LiDAR, depth cameras, and onboard compute, so AI, computer-science, and mechanical-engineering teams can iterate on real outdoor-capable hardware. RobotLAB recommends roughly a 1:5 to 1:12 student-to-robot ratio for lab settings.
Engineering Education & Teaching Labs
For undergraduate and graduate engineering programs, the Scout 2.0 provides a durable, programmable platform for hands-on courses in mobile robotics, controls, and embedded systems. Students learn differential-drive kinematics, sensor fusion, and path planning on a rover rugged enough to survive repeated semesters of classroom and field use, with RobotLAB providing onboarding and training to get instructors productive quickly.
Outdoor Prototyping, Inspection & Data Collection
The 4WD drivetrain, 30-degree slope capability, and 50 kg payload make the Scout 2.0 a practical base for outdoor field prototyping — environmental monitoring, site mapping, security/inspection patrol prototypes, and agricultural or facility data collection. Organizations validating an autonomous-mobility concept can mount their own sensor payload and use RobotLAB for integration support before committing to a larger fleet.
Compare
How the NASA Curiosity Rover — AgileX Scout 2.0 Build compares
Gallery
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See it in action
NASA Curiosity Rover — AgileX Scout 2.0 Build in the field
What's included
In the box
- 1x Scout 2.0 Robot Body
- 1x Battery Charger (AC 220V)
- 1x Aviation Plug (male, 4-pin)
- 1x Remote Control Transmitter (optional)
- 1x USB to CAN communication module
Talk to a specialist
Get pricing & a free demo of the NASA Curiosity Rover — AgileX Scout 2.0 Build.
Same-day response. We handle delivery, on-site setup, staff training, and ongoing service nationwide.
Questions & answers
About the NASA Curiosity Rover — AgileX Scout 2.0 Build.
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Is the AgileX Scout 2.0 ready for ROS-based research out of the box?
Yes. The Scout 2.0 is ROS-compatible and ships with an open-source SDK, and RobotLAB includes a USB-to-CAN communication module so you can command the chassis from your onboard computer. It is a differential/skid-steer base, so it works cleanly with standard ROS navigation stacks. If you want help standing up your first SLAM or navigation demo, call 1-87-RobotLAB and our team can walk you through setup.
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What is the payload, and can it carry my LiDAR and compute stack?
The Scout 2.0 has a rated payload of 50 kg, which is ample for a typical research sensor suite — LiDAR, depth cameras, GPS/IMU, and an onboard PC. It has aluminum T-slot rails on top for mounting accessories and a 24V power output to feed peripherals. For help spec'ing a payload that fits your weight and power budget, call 1-87-RobotLAB.
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How long does it run on a charge, and how long to recharge?
The standard battery is a 24V 30Ah pack that gives roughly 2.5 hours of runtime, charging in about 3.5 hours; an upgraded 24V 60Ah pack roughly doubles endurance with a ~7-hour charge. RobotLAB's product listing cites up to ~8 hours of light-duty use depending on payload and terrain. Actual runtime varies with load and speed — call 1-87-RobotLAB to match a battery option to your use.
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Can the Scout 2.0 operate outdoors and on rough terrain?
Yes, within limits. It is a 4WD all-terrain platform with independent double-wishbone suspension, 135mm of ground clearance, the ability to climb 30-degree slopes, and to surmount obstacles up to 150mm. The standard unit is rated IP22 and operates from 0 to 40 degrees C; higher IP44/IP64 protection is available as an upgrade for wetter conditions. Call 1-87-RobotLAB to confirm the right configuration for your environment.
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Do I have to buy it, or can I subscribe?
Both. RobotLAB sells the Scout 2.0 outright at $14,190, or you can use Robot-as-a-Service from $297/month, which can be a better fit for grant-funded programs or pilots. We can also advise on lease options. Call 1-87-RobotLAB to discuss which model fits your budget and timeline.
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What support and training does RobotLAB provide?
As a full-service integrator, RobotLAB provides U.S.-based deployment assistance, training, and ongoing support — not just a drop-shipped box. We help with network setup, initial ROS configuration, and keeping a multi-unit fleet running across a semester or research program. Reach our team at 1-87-RobotLAB.
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