The All terrain tracked vehicle for evacuation transport is designed to address transportation challenges in environments where conventional vehicles may have difficulty maintaining stable movement. The JYL9006 Unmanned All-Terrain Platform combines high passability, high power, lightweight construction, flexible maneuverability, stable long-distance control, and multiple operating modes in one unmanned platform.

Its adaptive terrain structure enables the platform to operate across slopes, gravel, and wet or slippery surfaces. A quick escape function further supports movement in complex terrain, while the control system provides several operating modes for different transportation and personnel collaboration requirements. With its unmanned deployment capability, the JYL9006 provides a platform concept for special scenarios where remote operation and flexible transportation are required.

Built for Complex Ground Conditions

Terrain can change significantly within a single operating area. Slopes, loose gravel, and wet or slippery ground can all create different movement requirements. The JYL9006 addresses these conditions through an adaptive terrain structure designed to maintain operational stability across complex surfaces.

Its maximum climbing angle is ≤35°, while the maximum land speed is ≤18 km/h. These parameters define the platform's stated mobility capabilities on land.

The platform also supports wheel-track interchange, with quick track replacement available through outsourcing. This configuration is intended to adapt the vehicle to complex terrains by allowing the track arrangement to be changed according to operating requirements.

An auxiliary wheel mechanism is also available as an optional configuration. According to the supplied product information, this mechanism is designed to enhance climbing ability on special terrains.

A Platform Designed for Unmanned Operation

The JYL9006 is an unmanned all-terrain platform rather than a conventional manually operated transport vehicle. Its control system supports several modes, allowing the platform to respond to different operational requirements without limiting operation to a single control method.

Remote control driving provides direct operation of the platform. Intelligent following provides another mode for movement in coordination with personnel. The system also supports non-contact propulsion and one-click return.

These functions give the JYL9006 a flexible control structure. Different modes can be selected according to the scenario, supporting safe transportation and personnel collaboration while maintaining the unmanned operating concept.

Stable long-distance control is also listed among the platform's performance characteristics. This is particularly relevant to scenarios where personnel may need to remain separated from the vehicle during operation.

Transportation Capacity in a Compact Platform

The JYL9006 has a robot body self-weight of ≤600 kg and overall dimensions of ≤2000×1600×1200 mm. Within this platform format, its maximum land load capacity is ≤500 kg.

The load capacity provides the basis for its transportation role. Rather than defining the product solely as a mobility platform, the JYL9006 combines movement capability with a stated load-carrying function.

The dimensions also establish a clear physical reference for the platform. Together with its lightweight design and unmanned control system, these characteristics form the basic structure of the JYL9006.

For evacuation transport scenarios, the ability to combine mobility and transportation within one unmanned platform can be particularly relevant when direct access by conventional vehicles is limited. The supplied product information specifically identifies safe transportation and personnel collaboration as needs addressed by its control system.

Movement Across Land and Water Obstacles

The JYL9006 is designed primarily around all-terrain movement, but its specifications also include a maximum wading depth of ≤300 mm. This provides a defined reference for operation where shallow water conditions are encountered.

Its maximum land speed is ≤18 km/h, while the maximum climbing angle is ≤35°. These figures should be considered together when evaluating the platform's stated land mobility characteristics.

The platform's adaptive terrain structure further supports its operation across different ground conditions. Instead of relying on a single terrain type, the design incorporates features intended for slopes, gravel, and wet or slippery surfaces.

The combination of climbing capability, wading capability, and wheel-track interchange gives the JYL9006 a configuration focused on terrain adaptability.

Endurance and Optional Range Extension

The stated endurance capability of the JYL9006 is ≤50 km. The product information also notes that a loadable range extender can enhance endurance capability.

This provides two levels of consideration for customers evaluating the platform. The standard stated endurance figure provides a basic reference, while the optional range extender offers a way to enhance endurance when required.

No additional endurance value is specified for the range extender, so its effect should be evaluated according to the actual configuration rather than assuming a particular extended range.

This approach keeps the platform configuration flexible while maintaining clear boundaries around the supplied specifications.

Switching Between Wheels and Tracks

One of the notable features of the JYL9006 is its support for wheel-track interchange. The product supports quick track replacement through outsourcing, allowing the platform to adapt to complex terrain conditions.

The wheel-track configuration provides an additional element of flexibility. Different ground conditions can create different mobility requirements, and the ability to change the track arrangement provides another configuration option.

The auxiliary wheel mechanism adds another optional feature. It is available for special terrain conditions and is intended to enhance climbing ability.

These features make the platform more than a fixed-format vehicle. Its configuration can be adjusted according to terrain-related requirements, while the core unmanned control system remains part of the overall platform design.

Multiple Control Modes for Different Scenarios

The control system is an important part of the JYL9006 because its transportation function is closely connected with how the platform is operated.

Remote control driving supports direct control. Intelligent following provides a mode for coordinated movement with personnel. Non-contact propulsion offers another operational option, while one-click return provides a return function.

Together, these modes support different transportation and personnel collaboration scenarios. The platform can therefore be considered not only in terms of its physical mobility but also through the flexibility of its control system.

The product is specifically designed to support unmanned deployment in special scenarios. This feature complements its terrain adaptability and transportation capacity, creating a platform intended for situations where remote operation can play a role in maintaining personnel separation from the vehicle.

Operating Range for Different Conditions

The JYL9006 has a stated operating temperature range of ﹣25 to 50℃. This provides a defined environmental reference for the platform's operation.

Combined with its terrain-related capabilities, the temperature range forms part of the product's overall operating specification. Customers can use these supplied parameters when evaluating whether the platform's stated operating conditions correspond with a particular deployment environment.

Other specifications, including the ≤35° maximum climbing angle, ≤18 km/h maximum land speed, ≤300 mm maximum wading depth, and ≤50 km endurance capability, provide additional measurable references for evaluating the platform.

A Modular Configuration for Special Scenarios

The JYL9006 Unmanned All-Terrain Platform brings together several functions within one platform: terrain adaptability, unmanned control, transportation capacity, wheel-track interchange, optional auxiliary wheels, and an optional range extender.

Its self-weight is ≤600 kg, dimensions are ≤2000×1600×1200 mm, and maximum land load capacity is ≤500 kg. The platform can climb at an angle of up to 35° according to the stated specification, reach a maximum land speed of 18 km/h, and wade to a maximum depth of 300 mm.

These figures describe the physical and mobility capabilities provided for the platform. The control system adds another layer of flexibility through remote control driving, intelligent following, non-contact propulsion, and one-click return.

Rather than relying on a single operating mode or terrain configuration, the JYL9006 is structured around adaptability.

JYL9006 for Evacuation Transport Requirements

For evacuation transport scenarios, terrain accessibility, load capacity, control distance, and personnel coordination can all influence the selection of an unmanned platform. The JYL9006 addresses these requirements through its combination of all-terrain mobility and multiple control modes.

Its adaptive terrain structure supports operation across slopes, gravel, and wet or slippery surfaces. The platform's maximum land load capacity of ≤500 kg provides a defined transportation capability, while its unmanned operation allows remote deployment in special scenarios.

Wheel-track interchange and the optional auxiliary wheel mechanism further expand its configuration possibilities for complex terrain. The loadable range extender provides an option for enhancing endurance when required.

With its stated combination of mobility, control flexibility, terrain adaptability, and transportation capability, the JYL9006 Unmanned All-Terrain Platform provides a clearly defined solution for scenarios requiring unmanned transportation across challenging terrain. Its specifications also give customers a practical reference for evaluating the platform against specific evacuation transport requirements.