iTR All-Terrain Remote Control Transport Vehicle

iTR All-Terrain Remote Control Transport Vehicle: The Electric Off-Road Cargo Platform

The vehicle extends iTR's low-speed unmanned driving technology into a distinctly different operational category: off-road cargo transport for agriculture, horticulture, and industrial environments where the unpredictable, uneven terrain of mountains, orchards, greenhouses, and muddy farmlands prevents conventional wheeled transport vehicles from operating effectively.

The vehicle is built around two 2,400-watt brushless motors providing the torque needed for off-road gradient climbing, an independent suspension system absorbing the terrain shocks of uneven outdoor surfaces, and 290-millimeter ground clearance enabling passage over the obstacles and terrain variations of agricultural and industrial outdoor working environments. It carries up to 150 kilograms of payload at 4.6 kilometers per hour using a 48V/20.3Ah battery system delivering 5 hours of continuous runtime per charge.

iTR's official product page at itrobotgroup.com/products_detail/8.html describes the vehicle's specific operating contexts: "Remote control, stable performance all terrain Mountains, hills, orchards, greenhouses, farmlands, warehouses, mud roads. APPLICATION SCENES: Mountains, hills, orchards, greenhouses, farmlands, warehouses, mud roads, concrete floors, plastic floor and a series of complex terrain."

The vehicle's weather-resistant design and ergonomic remote control provide intuitive operation in all working conditions, from the temperature variations of seasonal agricultural work to the specific environmental conditions of greenhouse horticulture, where the combination of high humidity, limited pathway widths, and delicate plant environments creates specific transport requirements.

Why iTR Developed an Agricultural Transport Vehicle

The Breadth of iTR's Low-Speed Unmanned Platform

iTR's full product listing at itrobotgroup.com includes not only the commercial cleaning robots (iScrubbot and iSweeper series) and the OM1 municipal street sweeper, but also the All-Terrain Remote Control Transport Vehicle and a Lumbar Passive Assistor (an ergonomic support device for industrial workers). These products reflect the full breadth of iTR's "low-speed unmanned driving technology" founding mission, which the company explicitly describes as extending to "commercial cleaning, smart factories, smart agriculture and public services."

The agricultural transport vehicle is the "smart agriculture" application within this breadth. iTR's About page confirms that "products are widely used in commercial cleaning, smart factories, smart agriculture and public services," establishing the All-Terrain Remote Control Transport Vehicle as a documented commercial product in the smart agriculture segment rather than a development prototype.

The company's strength documentation confirms a foundation of independent intellectual property: "158 invention patents, practical patents and software copyrights," and "China's top team of scientists in artificial intelligence and robotics research." The transport vehicle draws on this foundation, with the remote control and motor management systems reflecting the same unmanned driving control technology that underpins the cleaning robot range.

The Agricultural Transport Problem the Vehicle Addresses

Agricultural operations including orchard fruit harvesting, vineyard management, greenhouse cultivation, and hillside farming all involve the recurring challenge of transporting harvested produce, agricultural supplies, and equipment between the working areas of the farm and the farmstead's central facilities. In flat, accessible farms, standard wheeled vehicles and tractors handle this transport efficiently. In orchards on sloped terrain, greenhouses with narrow row spacing, and hill farms with muddy seasonal tracks, standard vehicles cannot access the working areas.

Human-carrying transport, where workers carry produce in bags or on shoulder harnesses, is the traditional solution for inaccessible terrain, but it creates significant ergonomic risk (back strain, musculoskeletal injury from repeated carrying on slopes) and limits the weight that can be transported per trip to what individual workers can safely carry on difficult terrain.

The iTR All-Terrain Remote Control Transport Vehicle offers a third option: an electrically powered, remotely controlled vehicle that can access the terrain where conventional vehicles cannot operate and that carries 150 kilograms per trip, substantially more than a single worker can carry safely on slopes or rough terrain.

Physical Design and Engineering

Independent Suspension for Terrain Absorption

The independent suspension system is the engineering feature most directly responsible for the vehicle's ability to maintain stable cargo transport across the uneven terrain of its application contexts. Independent suspension means each wheel adjusts to terrain variations individually rather than as a rigid axle pair, enabling two wheels on the same axle to be at different heights simultaneously when the vehicle crosses uneven ground.

In practical agricultural use, independent suspension enables the vehicle to maintain a more level cargo platform across the undulating ground of orchard hillsides and farmland paths, reducing the tendency for payload to shift or tip that rigid-axle vehicles experience when one wheel climbs while the other remains on flat ground.

The 290-millimeter ground clearance works alongside the independent suspension to enable passage over the rocks, roots, irrigation channels, and terrain obstacles that characterize the working environments of hill farms and orchards. A standard vehicle's underbody typically clears 150 to 200 millimeters above ground; the iTR vehicle's 290 millimeters provides substantially more obstacle passage capability.

2,400W Dual Brushless Motor System

The two 2,400-watt brushless motors provide the total power output needed for the combination of payload weight and terrain gradient that the vehicle's application environments present. Brushless electric motors provide several advantages over conventional brushed motors that are specifically relevant for the agricultural and industrial environments where the vehicle operates:

Higher efficiency across the operating speed range, converting more battery energy to wheel torque rather than dissipating it as heat. Longer service life because the absence of carbon brushes eliminates the primary wear component that requires periodic replacement in brushed motors. Better performance in wet and dusty environments because the sealed motor design excludes the moisture and particulate that degrade brushed motors in outdoor agricultural use.

The 4,800-watt combined output enables gradient climbing with the full 150-kilogram payload: a 10-degree slope with 150 kilograms of payload requires the motors to support approximately 1,500 Newtons of gravity component perpendicular to the slope, which the combined 2,400W per motor provides with substantial reserve for acceleration and obstacle navigation.

4.00-10 Wheels and Double Reducer Brake System

iTR's product documentation confirms 4.00-10 wheels and a double reducer brake system. The 4.00-10 wheel designation refers to a 4-inch section width on a 10-inch diameter rim, a size commonly used in light agricultural and utility vehicles for the combination of flotation on soft surfaces and durability on rough terrain that agricultural environments require.

The double reducer brake system provides both mechanical braking force and a graduated reduction capability that enables controlled descent on slopes. Agricultural hillside terrain requires careful speed control on downslopes to prevent the payload-loaded vehicle from accelerating beyond the point where braking can safely arrest the motion. The double reducer contributes to gradient speed control alongside the direct braking system.

Specifications Summary

From iTR's official product page (itrobotgroup.com/products_detail/8.html):

Motors: 2,400W brushless (×2, total 4,800W)

Suspension: Independent suspension

Ground Clearance: 290 mm

Payload Capacity: 150 kg

Operating Speed: 4.6 km/h

Battery: 48V / 20.3Ah

Continuous Runtime: 5 hours

 Braking: Double reducer brake system

Wheels: 4.00-10

Control: Remote control (ergonomic design)

 Weather Resistance: Weather-resistant design

Terrain: Mountains, hills, orchards, greenhouses, farmlands, warehouses, mud roads, concrete floors, plastic floors

Applications

Orchard Harvesting and Produce Transport

Orchard operations present the transport challenge that the iTR vehicle most directly addresses. Fruit orchards on hillside terrain, including apple, pear, cherry, grape, and citrus orchards, require harvest transport from the individual tree rows down the slope to the central farm packing facilities. On steep orchard hillsides, conventional wheeled vehicles cannot safely navigate the slopes with loaded produce crates.

The iTR vehicle's 290mm ground clearance handles the root obstacles and irrigation infrastructure of orchard row systems, independent suspension maintains cargo stability on hillside gradients, and remote control operation allows one worker to direct the vehicle from a safe distance rather than requiring the operator to navigate the slope physically with the vehicle.

Greenhouse Logistics

Greenhouse operations present a different transport challenge: the high humidity, narrow row spacing between plant beds, and delicate crop environment create requirements for compact, slow, battery-powered transport rather than the diesel or gasoline vehicles that would be inappropriate for enclosed horticultural environments.

The iTR vehicle's electric propulsion eliminates exhaust emissions and fumes that greenhouse crops cannot tolerate; its 4.6 km/h operating speed is appropriate for navigation between greenhouse bed rows without creating airflow that damages delicate plants; and its 150kg payload capacity handles the supply and harvest transport requirements of greenhouse operations without the ergonomic risk of manual carrying through the high-humidity, warm greenhouse environment.

Agricultural Hill Farm Operations

Hill farms with fields on sloped terrain, including the rice terraces of Southeast Asia, the tea gardens of mountainous growing regions, and the vegetable farms of hilly agricultural zones, all involve transport requirements on gradients and paths that conventional wheeled vehicles cannot safely navigate. The iTR vehicle's combination of off-road mobility (290mm clearance, independent suspension, off-road tires), sufficient payload (150kg), and remote control operation addresses the fundamental transport requirement these terrains present.

Industrial Warehouse Operations

The vehicle's confirmed compatibility with "warehouses, concrete floors, and plastic floors" alongside outdoor terrain extends its application scope into industrial facilities. Warehouses with specific areas inaccessible to standard forklifts or pallet trucks, or facilities requiring a low-speed remote-controlled transport platform for specific handling tasks, represent indoor deployment contexts alongside the outdoor agricultural primary use case.

Advantages and Benefits

290mm ground clearance for genuine off-road obstacle passage: The 290mm clearance surpasses most utility vehicle specifications, enabling passage over the rocks, roots, and irrigation infrastructure of real agricultural terrain rather than only smoothed track surfaces.

150kg payload at 5-hour runtime for full-day agricultural operations: The combined payload and runtime specifications cover the typical agricultural workday without recharging, enabling the vehicle to replace multiple human-carrying trips per day in the transport operation it addresses.

Brushless motor design for outdoor durability: Sealed brushless motors resist the moisture and dust that degrade brushed motors in outdoor agricultural environments, reducing maintenance frequency and extending service life.

Remote control operation for operator safety on slopes: Operating the vehicle remotely from a safe position, rather than driving it with the operator on board, eliminates the gradient stability risk that an operator on a slope-traversing vehicle would face with a 150kg payload.

Weather-resistant design for year-round outdoor use: Agricultural operations occur across all weather conditions; weather resistance is a practical operational prerequisite rather than an optional feature.

OEM/ODM customization available: iTR's manufacturing capability in Mianyang and Taizhou enables customized configurations for buyers with specific payload, terrain, or application requirements.

Comparison with Manual Agricultural Transport

The traditional alternative to a remote-controlled transport vehicle in inaccessible agricultural terrain is manual carrying by workers. The comparison is straightforward:

Manual carrying capacity: A worker carrying on difficult terrain can safely transport 20 to 40 kilograms per trip depending on the gradient, distance, and surface. On steep slopes, safe carrying loads are lower and trip duration is longer.

iTR vehicle capacity: 150 kilograms per trip at 4.6 km/h, equivalent to 4 to 7 manual carrying loads per vehicle trip.

Worker ergonomic risk: Manual carrying on slopes creates musculoskeletal injury risk, particularly to the lumbar spine, which is one reason iTR also produces a Lumbar Passive Assistor device for industrial workers.

iTR vehicle ergonomic profile: Remote control operation eliminates the carrying ergonomic risk for the transport operation.

Summary

The iTR All-Terrain Remote Control Transport Vehicle is an electric off-road cargo transport robot designed for the agricultural, horticultural, and industrial terrain contexts where conventional wheeled vehicles cannot operate safely and manual carrying creates ergonomic risk. Its 2,400W dual brushless motors, independent suspension, 290mm ground clearance, 150kg payload, 4.6km/h operating speed, 5-hour runtime, double reducer brake system, and weather-resistant construction address the specific requirements of orchard hillsides, greenhouse corridors, hillside farmland, and outdoor industrial areas with complex terrain.

• Dimensions: 1.51 × 1.28 × 0.75 m / 59 × 50 × 29 in
• Maximum payload: 150 kg / 330 lb
• Battery type: 48 V / 20.3 Ah lead battery
• Motor quantity: 2 sets
• Motor power: 2400 W
• Motor type: Brushless motor
• Container-to-ground clearance: 290 mm
• Off-road feature: Independent suspension
• Wheel size: 4.00-10
• Drive mode: Electric energy
• Charging time: 5 h
• Runtime: 5 h
• Brake mode: Double reducer
• Customization: Acceptable
• Maximum driving speed: 4.6 km/h