Agilex BUNKER PRO 2.0 (BUNKER PRO 2.0)

Agilex BUNKER PRO 2.0 (BUNKER PRO 2.0)

In official product positioning, BUNKER PRO 2.0 is presented as a “high-performance tracked mobile robot” emphasizing IP67 environmental protection, a high payload rating, and mobility features such as spot rotation (counter-rotating tracks to turn in place) and an advanced suspension system intended to improve stability on uneven terrain. 

Design and Features

Tracked chassis for harsh terrain

BUNKER PRO 2.0 uses a tracked drive layout aimed at maintaining traction across mud, dust, wet surfaces, and uneven ground. Vendor descriptions highlight its role as an all-terrain chassis for research, inspection, exploration, and safety-oriented field robotics. 

Spot rotation and low-speed precision handling

A key mobility feature is in-place turning, achieved by driving the left and right tracks in opposite directions. AgileX emphasizes this for precise maneuvering in confined or obstacle-dense spaces where a larger turning radius is undesirable. 

Advanced suspension and shock isolation

AgileX markets BUNKER PRO 2.0 with an independent suspension and “heavy-duty shock absorption,” describing a low center of gravity and an anti-collision-oriented structure intended for rough terrain traversal. Distributor documentation also references suspension approaches (e.g., Christie + balance systems) to support obstacle crossing and stability on irregular surfaces. 

Modular mounting and expansion

BUNKER PRO 2.0 is designed for payload integration. The official product listing highlights aluminum T-slot rails for mounting external equipment and notes CAN bus support plus open software resources/SDK materials for secondary development. 

Technology and Specifications

Core performance targets (commonly published)

Across official and distributor listings, the following specifications are consistently associated with BUNKER PRO 2.0:

• Payload: commonly stated as 120 kg 

• Top speed: commonly listed around 1.5 m/s 

• Climbable slope: commonly listed around 30° 

• Obstacle height: commonly listed around 180 mm 

• Ingress protection: IP67 is explicitly stated in official and distributor materials 

Drive system

AgileX’s product page describes an “1800W dual-motor drive” for BUNKER PRO 2.0. 
Distributor technical text similarly lists two 1800 W brushless motors and describes differential steering with in-place rotation. 

A separate technical documentation set (commonly used by developers) lists two 1500 W brushless motors, indicating that published specifications may differ by revision, region, or documentation set. 

Power and runtime (variation by source)

Published power system specifications vary across sources:

• One developer-oriented specification page lists a 48V 60Ah battery and ~3 hours operating time (no load). 

• A distributor listing describes a 72V 50Ah LiFePO₄ battery, with operating time figures (e.g., ~2.5–3.5 hours depending on load and surface) and ranges (loaded/unloaded) under “optimal” conditions. 

• AgileX’s product page highlights ~150 minutes runtime as a headline figure.

In practice, runtime for tracked UGV chassis depends heavily on payload mass, terrain resistance, driving profile, and battery configuration, so vendors often publish multiple values and “no-load” benchmarks. 

Dimensions and mass (reported differences)

Dimensional and weight figures can also vary by source. One technical documentation page lists 1064 × 845 × 473 mm and 150 kg weight, while a distributor product page lists a similar footprint but reports a heavier unladen mass.
These differences are typical when comparing multiple documentation sets (e.g., “BUNKER PRO” vs. “BUNKER PRO 2.0”), different accessory bundles, or different measurement conventions.

Interfaces and development support

BUNKER PRO 2.0 is commonly described as supporting CAN-based control and integration, with vendor and distributor materials referencing software resources/SDKs and ROS compatibility materials for development workflows. 

Applications and Use Cases

Field robotics research and autonomy development

A frequent use of BUNKER PRO 2.0 is as a “research chassis” for developing autonomous behaviors such as navigation, mapping, and perception—particularly where indoor robots are unsuitable. Distributor materials explicitly position it for autonomous navigation testing and SLAM-oriented development. 

Industrial and environmental inspection

Tracked UGV bases are commonly used for inspection tasks in uneven outdoor terrain and industrial sites. Product descriptions cite inspection and exploration use cases, where payloads may include cameras, gas sensors, or specialized measurement equipment. 

Security, rescue, and hazardous-environment robotics

BUNKER PRO 2.0 is also marketed toward safety-adjacent applications—such as rescue-oriented robotics prototypes, exploration of hard-to-reach areas, and development of specialized field robots—benefiting from IP-rated sealing and robust terrain handling. 

Payload carrier for robotic arms and sensor suites

Because the chassis emphasizes mounting rails and “secondary development,” it is often used as a mobile base for robotic arms, pan-tilt camera payloads, or multi-sensor perception stacks. AgileX specifically highlights T-slot rails for mounting external sensors or kits. 

Advantages / Benefits

Key benefits commonly associated with AgileX BUNKER PRO 2.0 include:

• Ruggedness and environmental sealing: IP67 is promoted for operation in dusty, wet, and muddy environments. 

• High payload capacity for a mobile chassis: headline payload values around 120 kg support research payloads and field equipment.

• Tight-space maneuvering: spot rotation enables precise positioning without a wide turning radius. 

• Integration-friendly design: CAN bus control plus mounting rails simplify adding sensors, compute, and mission modules. 

• Suspension designed for uneven ground: independent suspension and shock absorption are highlighted as core design features for stability. 

FAQ Section

What is AgileX BUNKER PRO 2.0?

AgileX BUNKER PRO 2.0 is a rugged, tracked UGV chassis designed as a mobile base for robotics development, typically used to carry sensors, computers, and mission payloads in harsh terrain. 

How does BUNKER PRO 2.0 work?

BUNKER PRO 2.0 moves using dual tracked drive with differential steering, including in-place rotation. Developers typically control it via remote control and/or CAN-based interfaces, then add autonomy software and sensors as required. 

Why is BUNKER PRO 2.0 important?

It provides a standardized, field-ready platform for building off-road robots—reducing the time required to engineer a rugged drivetrain and chassis so teams can focus on perception, autonomy, payload integration, and mission software. 

What are the benefits of BUNKER PRO 2.0?

Commonly cited benefits include IP67 protection, high payload capacity (~120 kg in published specs), tight-space maneuverability via spot rotation, and integration support through mounting rails and CAN-based development interfaces. 

Summary

AgileX BUNKER PRO 2.0 is a rugged, IP67-rated tracked UGV chassis designed for off-road robotics development and payload integration. With a high published payload class, in-place turning, suspension designed for uneven terrain, and CAN-oriented development interfaces, it is widely positioned as a practical base for inspection, exploration, security, and rescue-oriented research robots—especially where harsh environments demand reliable mobility and robust sealing.