See the operating space
3D LiDAR, depth camera, 360° vision, ultrasonic sensing, RTK GPS and IMU.
Autonomous electric carrier platform
ASSIST / NX—360
Autonomous Electric Carrier for Agriculture, Industry and Hazardous Operations
Move more. Send fewer people into risk.
A modular unmanned ground vehicle for carrying, towing and task-specific automation across farms, factories and difficult operating environments.
500 kgPayload
1 tonneTowing
100 kmRange
4 modesFlexible control
One platform. Multiple missions.
Carrier today.
Sprayer, tow vehicle or inspection robot tomorrow.
Autonomous navigationMaterial transportPrecision agricultureRemote inspectionOne-tonne towingFollow-me operationAutonomous navigationMaterial transportPrecision agricultureRemote inspectionOne-tonne towingFollow-me operation
Platform architecture
Built as a vehicle. Designed as a system.
Electric drive, onboard compute, sensor fusion and modular mechanical interfaces form one configurable base for different payloads and environments.
Plan and supervise
ROS 2 autonomy, waypoint missions, obstacle avoidance and in-house ground control.
Deliver useful work
High-torque electric drive, steer-by-wire control and modular payload or towing interfaces.
Technology stack explorer
Explore ASSIST from sensor to mission control.
Select a layer to inspect the hardware, software and interfaces behind the platform.
01 / Sensing
Perceive the operating environment.
Multiple sensing modalities provide complementary coverage for localisation, obstacle response and operator awareness.
POINT CLOUD · DEPTH · GNSS · INERTIAL
3D LiDAR
Spatial point-cloud perception
Depth camera
Near-field scene understanding
360° vision
Remote situational awareness
Ultrasonic
Close-range object detection
RTK GPS
Outdoor positioning up to 5 cm
IMU
Heading, pitch and roll feedback
Operator in control
Choose the right level of autonomy for every mission.
Manual RC
Direct operator control for loading, tight manoeuvres and commissioning.
Tele-operation
Remote driving with live telemetry, camera feedback and vehicle health data.
Autonomous
Waypoint missions, obstacle detection and path planning for repeatable operations.
Follow-me
Beacon-assisted following for material movement and field support tasks.
Core specification
Compact enough to adapt. Strong enough to work.
The ASSIST base platform balances useful payload, electric range and low-speed control for unstructured farm and industrial routes.
- Payload
- 500 kg
- Towing capacity
- Up to 1 tonne
- Maximum speed
- 10 km/h
- Battery
- 10 kWh
- Drive power
- 10.5 kW peak
- Operating range
- Up to 100 km
- Protection
- IP65 platform
- Navigation accuracy
- RTK GPS up to 5 cm
Interactive mission planner
Configure ASSIST around the work.
Select an operating environment to see a recommended platform configuration and indicative mission profile.
AGR—01 / Recommended setup
Precision field support
Configure ASSIST for crop spraying, input transport, orchard logistics and modular farm attachments.
- Payload module
- 500 L tank / cargo bed
- Primary mode
- Autonomous + Follow-me
- Navigation
- RTK GPS + LiDAR
- Best suited for
- Orchards · Vineyards · Farms
Mission profile readyASSIST / AGR—01
Route accuracy±5 cm
Payload500 kg
Operating range100 km
Interactive autonomy demo
Watch ASSIST think through a mission.
Start the simulated route to see waypoint navigation, obstacle response and mission telemetry through a simplified ground-control view.
Loading zoneWork area1234
ASSIST
Operating-model comparison
See what changes when movement becomes autonomous.
Conventional operation
Movement depends on people and disconnected records.
A typical manual workflow requires an available operator, repeated trips, verbal coordination and separate reporting.
01Request raised
02Operator assigned
03Vehicle moved
04Task completed
05Record updated
AvailabilityOperator-dependent
TraceabilityManual / partial
Route flexibilityHigh, but unrecorded
Remote visibilityLimited
Risk separationLow
RepeatabilityVaries by operator
Illustrative operating-model comparison. Actual results depend on route, shift pattern, site controls and selected ASSIST configuration.
Application-specific business case
Calculate ROI for the work ASSIST will perform.
Choose an application first. Each model uses different operating assumptions and savings drivers.
AGR—ROI / Input assumptions
Agriculture model activeAGR—ROI / INR
Estimated annual savings₹7,65,000Combined value from this application model
Labour capacity₹5,04,000
Operating efficiency₹1,65,000
Input/fuel efficiency₹96,000
Indicative estimate only. Final savings, investment and payback require route timing, operating-cost evidence and site validation.
Guided pilot planner
Shape your ASSIST pilot in five decisions.
Build an initial scope, then send the generated requirement directly to the Borse Automotive team.
Where ASSIST works
One autonomous carrier. Three demanding environments.
Agriculture
Carry tanks, tools and produce; support spraying, tillage, seeding and farm logistics through modular attachments.
Fields · Orchards · VineyardsExplore applicationIndustry
Move material between stores, production lines and dispatch zones without committing a fixed conveyor route.
Plants · Warehouses · YardsExplore applicationHazardous operations
Keep people farther from heat, chemicals, difficult terrain and repetitive high-risk transport tasks.
Inspection · Response · Remote workExplore applicationPlan a pilot
Bring ASSIST to your field, factory or test route.
Share the route, load, terrain, operating hours and task. Borse Automotive will recommend the vehicle configuration, sensors, attachment and validation plan.
Phone+91 86006 24579Emailsales@borseautomotive.comDevelopment centreSR No. 4494/09, Behind Furniture Stop, Opposite Samarth Dies, Vilholi, Nashik, Maharashtra 422010, IndiaDiscuss your mission