Industrial Mobile Robot Chassis Solution

Goldilocks mobile robot chassis series covers wheeled and tracked platforms for diverse industrial automation needs. Our product lineup includes agricultural four-wheel-drive chassis WL300, explosion-proof wheeled chassis RMP-BL100 and RMP-BL200, standard wheeled chassis L100 and RMP-WL100, explosion-proof tracked chassis BD100, and tracked chassis RMP-D400, RMP-D100, RMP-D300. Each chassis delivers stable load-bearing capacity, reliable autonomous navigation support and flexible expansion interfaces for inspection, patrol, transportation and agricultural robots. Built with industrial-grade motors and heavy-duty frames, these mobile platforms work steadily in factories, farms, hazardous zones and outdoor complex terrain, helping integrators shorten development cycles and build reliable unmanned systems.

Wheeled And Tracked Robot Chassis

Choose Goldilocks mobile robot chassis to build your own unmanned inspection, patrol or transport robot. We provide nine mature chassis models across wheeled and tracked categories. Wheeled platforms include WL300 agricultural four-wheel-drive chassis, explosion-proof RMP-BL100 and RMP-BL200, plus standard L100 and RMP-WL100 for indoor and flat-ground applications. Tracked platforms include explosion-proof BD100 and heavy-duty RMP-D400, RMP-D100, RMP-D300 for slopes, mud and obstacle-rich terrain. Every chassis supports autonomous navigation, remote control and multi-sensor expansion. Standardized mechanical and electrical interfaces reduce integration difficulty. These reliable mobile platforms serve agriculture, energy, chemical, logistics and municipal industries, delivering stable movement performance for long-term unmanned operation.

Application Fields & Scenarios

Construction‑site Unmanned Operation
Farm & Orchard Agricultural Operation
Hazardous‑chemical Energy Zone Inspection
Industrial Factory Inspection & Patrol
Lab Special‑scenario Research Platform
Municipal Public Facility Monitoring
Outdoor Complex‑terrain Patrol & Survey
Warehouse Indoor Logistics Transportation

150KG Explosion‑Proof Robot Mobile Chassis

RMP‑BL100(BL‑100) explosion‑proof chassis is a 150 kg wheeled mobile platform solving manual‑work risks in high‑danger zones. Mature explosion‑proof design meets safety standards for hazardous areas with smooth low‑failure operation. Multiple external expansion interfaces mount gas detectors, PTZ cameras for fast robot reconstruction. Excellent damping mechanism ensures stable travel over complex ground. Widely used for petrochemical plants, energy stations and hazardous‑goods warehouse inspection. It reduces heavy underlying‑development costs. Research institutes and engineering clients deploy projects directly, shortening R&D cycles and realizing unmanned intelligent tasks in risky environments.

BL‑200 Explosion‑Proof Wheeled Dev Chassis

RMP‑BL200 explosion‑proof wheeled chassis BL‑200 delivers 80 kg rated load as a standardized lightweight development base for system integrators and research institutes. Integrated explosion‑proof structure ensures stable operation with IP66 rating for various flammable‑explosive conditions. Abundant open external interfaces enable deep secondary‑development for mounting detection and security modules. Compact differential‑drive wheel chassis moves nimbly within confined spaces. LiDAR and Beidou navigation can be added for autonomous missions. Validated by full‑set reliability and explosion‑proof tests, it serves petrochemical and gas‑industry projects. Submit your inquiry for specifications, sample documents and customized technical support.

Goldilocks Wheeled Robot Chassis

Goldilocks wheeled chassis is a 100kg-rated 4WD-4WS mobile robot platform built for R&D and industrial use. Its four-wheel, eight-drive omnidirectional mechanism supports four motion modes—lateral, diagonal, Ackermann and pivot turning—allowing flexible travel through narrow factory aisles, shelf gaps and outdoor paved roads. Independent suspension absorbs road vibration for stable movement on complex terrain. Built-in VCU and standard CAN protocol, together with multiple reserved external interfaces, enable quick mounting of robotic arms, cameras and LiDAR for deep secondary development. A circulating cooling system and multi-level obstacle avoidance reduce collision risks. Optional LiDAR SLAM and Beidou navigation enable autonomous operation. Widely applied in industrial inspection, engineering survey, logistics distribution, research teaching and embodied-intelligence data collection, it is an ideal base for rapidly building customized mobile robots.

RMP‑WL100 Embodied Robot Chassis

RMP‑WL100 embodied robot chassis delivers 100 kg rated load with 4‑wheel omnidirectional mobility. It supports Ackermann steering, pivot turning and crab‑walking for outstanding maneuverability. Equipped with double‑wishbone independent suspension, it absorbs shocks to handle gravel roads and speed bumps for smooth travelling. IP54‑rated protection resists dust and water splashes for indoor‑outdoor deployment. Standard external interfaces and CAN bus together with open VCU unit simplify integration of robotic arms, sensors and cameras for deep secondary development. Optional LiDAR and Beidou navigation enable autonomous missions. Widely adopted for industrial inspection, factory logistics, research teaching and special‑robot retrofitting. It acts as a steady mobile base for embodied‑intelligence robots and accelerates project deployment for developers.

RMP‑BD100 Explosion‑Proof Tracked Chassis

RMP‑BD100 explosion‑proof tracked chassis delivers 200 kg rated load with Ex d e ⅡB T4 Gb certification for Class‑IIB flammable‑explosive sites. Independent suspension track structure brings excellent shock absorption and off‑road performance for muddy, bumpy and sloped terrains. Spacious inner cabin mounts gas‑detection, fire‑fighting and other upper‑layer devices. Modular track components simplify disassembly and maintenance. Built‑in VCU and standard CAN bus enable fast secondary‑development. Rigorously validated for reliability, it supports optional Beidou and LiDAR navigation for autonomous travel. Widely deployed for petrochemical inspection, emergency rescue and hazardous‑area exploration. It keeps operators away from high‑risk zones and serves as high‑performance base platform for heavy‑duty explosion‑proof robots.

RMP-D‑100 Modular Special Tracked Chassis

RMP‑D100 tracked chassis D‑100 provides 100 kg rated load as a standardized special‑track base for integrators and research institutes. Independent suspension brings excellent off‑road performance with high‑speed accurate control. Optional bulletproof cabinet boosts protection level. Modular‑expansion design simplifies track‑part disassembly and maintenance to cut later‑operation costs. Open VCU controller and CAN interfaces support ROS development. Users can mount sensors and actuators to customize inspection, rescue and detection robots. Navigation kits can be added for autonomous tasks. Validated by multiple reliability tests, it fits various harsh outdoor conditions. Submit your inquiry for specifications, sample evaluation and custom‑retrofit proposals to obtain complete technical documents and support.

RMP‑D400 Heavy‑Duty Tracked Chassis

RMP‑D400 heavy‑duty tracked chassis delivers 700 kg rated payload with Christie‑style independent suspension for powerful off‑road capacity. It handles mountains, mud and gravel with maximum 35° climbing angle. Spacious hollow inner cabin holds industrial computers and heavy detection payloads. Modular track structure simplifies part disassembly and maintenance to cut after‑sales costs. Built‑in VCU controller and standard CAN bus support ROS‑based secondary‑development for fast integration of sensors and actuators. IP65 rating offers dust‑proof and water‑proof performance for harsh outdoor conditions. It supports remote‑control and optional Beidou & LiDAR navigation for autonomous travel. Widely applied for heavy‑material transport, fire‑emergency rescue, special detection and large‑scale research robots, it acts as a reliable mobile base for heavy‑duty unmanned systems.

RMP‑WL300 Agricultural Robot Chassis

RMP‑WL300 agricultural 4‑wheel‑steering row‑spacing adjustable chassis is built for modern farm operations. Its 850‑1350 mm wheel‑track and 900‑1200 mm wheelbase are adjustable to fit diverse crop row spacing. It supports Ackermann steering, zero‑radius turning and lateral movement for flexible travel in narrow orchard paths and slope corners. IP54 protection copes with damp and dusty farmland conditions. Compatible with sprayers, fertilizer applicators, seeders and weeders for multi‑purpose operation. Built‑in VCU controller and CAN protocol work with Beidou navigation to realize unmanned driving and fast secondary development. It reaches 870 mm ground clearance for fine obstacle‑crossing performance. Long‑lasting battery supports remote‑controller and APP control. Widely deployed for farm tasks, phenotype detection and laser weeding robots, it serves as an ideal standardized mobile base for smart agriculture.

Technical Parameters

 

АртикулWL300 Agricultural 4WDRMP-BL100 Explosion-proof WheeledRMP-BL200 Explosion-proof WheeledL100 WheeledRMP-WL100 WheeledBD100 Explosion-proof TrackedRMP-D400 TrackedRMP-D100 TrackedRMP-D300 Tracked
Chassis Type4-wheel driveExplosion-proof wheeledExplosion-proof wheeledWheeledWheeledExplosion-proof trackedTrackedTrackedTracked
Load Capacity200kg100kg200kg50kg100kg100kg400kg100kg300kg
Max Speed5km/h3km/h3km/h5km/h4km/h2.5km/h3km/h3km/h3km/h
Climbing Angle30 deg15 deg15 deg10 deg12 deg25 deg30 deg25 deg30 deg
Drive Mode4-wheel independent4-wheel drive4-wheel drive4-wheel drive4-wheel driveTracked dual-motorTracked dual-motorTracked dual-motorTracked dual-motor
Battery48V 40Ah48V 30Ah48V 40Ah24V 20Ah48V 30Ah48V 30Ah48V 60Ah48V 30Ah48V 50Ah
Working Hours6-8h4-6h6-8h6-8h6-8h4-6h6-8h4-6h6-8h
NavigationAutonomous + RemoteAutonomous + RemoteAutonomous + RemoteAutonomous + RemoteAutonomous + RemoteAutonomous + RemoteAutonomous + RemoteAutonomous + RemoteAutonomous + Remote
Explosion-proofNoEx d IIB T4Ex d IIB T4NoNoEx d IIB T4NoNoNo
Protection GradeIP54IP65IP65IP54IP54IP65IP54IP54IP54
Dimensions LWH1200800500mm1000700450mm1200800500mm700500300mm900600350mm1100750500mm15001000600mm1000700400mm1300900500mm
Weight180kg150kg200kg45kg90kg160kg350kg120kg250kg
Expansion InterfacesRS232/CAN/IORS232/CAN/IORS232/CAN/IORS232/USB/IORS232/CAN/IORS232/CAN/IORS232/CAN/IORS232/CAN/IORS232/CAN/IO
ПриложениеAgriculture/OrchardHazardous zoneHazardous zoneIndoor/LogisticsIndoor/FactoryHazardous zoneOutdoor heavy-loadOutdoor patrolOutdoor complex

More About Our Products

A mobile robot chassis is the fundamental movement platform that carries sensors, controllers and upper functional modules to realize unmanned locomotion. It consists of drive motors, wheels or tracks, frame structure, power supply, navigation controller and expansion interfaces. Wheeled chassis move fast and consume less energy on flat ground, while tracked chassis deliver better grip and obstacle-crossing ability on rough, muddy or sloped terrain. Explosion-proof chassis are specially certified for operation in flammable gas environments. A reliable mobile chassis determines load capacity, moving speed, terrain adaptability and navigation stability of the whole robot. Goldilocks provides nine standardized wheeled and tracked chassis models for agricultural, industrial, hazardous-zone and outdoor unmanned system development.

When selecting a mobile robot chassis, buyers should focus on several core parameters. Load capacity determines how much upper equipment the platform can carry. Moving speed and climbing angle reflect working efficiency and terrain adaptability. Drive mode, whether wheeled or tracked, should match site ground conditions. Navigation support, including autonomous navigation and remote control, affects unmanned operation capability. Expansion interface quantity and type decide sensor and module integration flexibility. For hazardous zones, explosion-proof certification is mandatory. Battery life and protection grade influence continuous outdoor operation. Goldilocks nine chassis models cover different load, speed, terrain and safety grades, helping customers match proper platform for inspection, patrol, transport and agricultural robot projects.

Goldilocks industrial mobile robot chassis provides a reliable movement foundation for building various unmanned systems. The full product lineup covers wheeled chassis L100, RMP-WL100, agricultural four-wheel-drive WL300, explosion-proof wheeled RMP-BL100 and RMP-BL200, explosion-proof tracked BD100, and tracked RMP-D100, RMP-D300, RMP-D400. Each chassis is equipped with industrial-grade drive motors, heavy-duty frame structure and stable power supply system. Standardized mechanical mounting points and electrical expansion interfaces allow integrators to install sensors, robotic arms, inspection modules and transport containers easily. Autonomous navigation and remote control functions support fully unmanned operation. These mobile platforms are widely applied to inspection robots, patrol robots, transport robots and agricultural robots across factories, farms, chemical plants, energy stations and outdoor complex sites, helping customers build stable, efficient unmanned systems with shorter development cycles.

Goldilocks explosion-proof mobile robot chassis, including wheeled RMP-BL100, RMP-BL200 and tracked BD100, are certified for safe operation in explosive and flammable gas environments. They adopt flameproof enclosure and intrinsically safe circuit design to eliminate ignition risks, meeting safety requirements for classified hazardous industrial zones. These certified platforms allow integrators to build compliant inspection, patrol, leak-detection and emergency response robots for chemical plants, oil depots, gas stations, pharmaceutical workshops, energy storage stations and mining sites. Explosion-proof certification is mandatory for legal operation in such zones, and Goldilocks provides both wheeled and tracked explosion-proof options to match different terrain conditions. This capability helps industrial safety teams achieve 24-hour unmanned monitoring of high-risk zones while keeping workers away from explosion dangers.

Explosion‑Proof Hazardous‑Area Robot Chassis

Goldilocks explosion-proof mobile robot chassis is engineered for unmanned operation inside explosive and hazardous industrial zones. Our explosion-proof lineup includes wheeled chassis RMP-BL100, RMP-BL200 and tracked chassis BD100, all certified for safe operation in flammable gas environments. These platforms adopt flameproof enclosure and intrinsically safe circuit design to eliminate ignition risks. Equipped with industrial-grade drive motors, heavy-duty frames and standardized expansion interfaces, they support inspection, patrol and material-handling robot development for chemical plants, oil depots, gas stations and mining sites. Non-explosion-proof wheeled and tracked chassis models are also available for general industrial and agricultural scenarios.

  • “We have been using Goldilocks wheeled chassis L100 for our indoor inspection robot projects. The standardized interfaces saved us a lot of integration work, and the chassis runs stably after months of continuous operation. Delivery was fast and technical support responded quickly whenever we had questions.”

  • “We deployed Goldilocks explosion-proof tracked chassis BD100 for hazardous-zone inspection. The explosion-proof certification is complete, and the robot moves reliably inside our chemical workshop. It has greatly reduced the frequency of our workers entering high-risk areas, and the remote monitoring function works well.”

  • “Goldilocks agricultural four-wheel-drive chassis WL300 handles our orchard terrain very well. It moves between fruit tree rows steadily even on muddy slopes after rain. We mounted our spraying system on it and the whole platform has been working reliably through the entire growing season.”

  • “We use Goldilocks wheeled chassis RMP-WL100 for our warehouse material transport robots. The chassis moves smoothly on flat warehouse floors, carries our cargo shelves steadily and supports autonomous navigation between storage zones. It has reduced our manual handling workload noticeably and improved internal logistics efficiency.”

Alternative Names

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