Generated scenarioPLATFORM B / 01
Four-wheel Work Platform B
A modular mobile base for transport, implement mounting, towing, field power and light-duty work, with navigation, obstacle avoidance and task execution.
View platform capability
Tiantu Agricultural Equipment
AutonomousWork Robots
Built from real field validation to deliver operable unmanned farming systems.
Generated scenario derived from existing product and field references
TIANTU / 01Start with real work
Start with real work
We define more than a vehicle: field, task, testing and acceptance boundaries are specified as one autonomous work project.
Tiantu connects product platforms, autonomy retrofit and data services into one loop spanning the vehicle, implement, task, remote support and delivery evidence.
3 setstraceable scenario records
2product platforms
6implement packages
1delivery loop
Product matrix
Two platforms for light multi-task work and demanding field conditions.
Platform definition starts with the operating scene. The four-wheel base prioritizes modularity; the tracked platform prioritizes demanding terrain and retrofit delivery.
Generated scenario
Generated scenarioPLATFORM A / 02
Medium Tracked Autonomous Work Robot
The current yellow tracked iteration targets demanding fields and intelligent retrofit of existing fuel-powered machinery, from vehicle assessment and implement coordination to testing and acceptance.
View platform capabilityOne platform · six packages
Switch field tasks through a shared interface architecture.
The four-wheel platform combines a front electric implement interface, modular payload deck, rear towing interface and AC/DC mobile power on one chassis.
72Vvoltage platform
4×3kWindependent drive
10km/hmaximum speed
1.2mvehicle width
4×4kWbattery pack
8kWmulching peak
Configurations and specifications are indicative. Final values are governed by the released product configuration and project acceptance documents.
Generated scenarioCurrent yellow tracked iteration
Turn retrofit boundaries into a verifiable current-generation vehicle and field acceptance path.
The current visual and project reference is the yellow/orange tracked iteration. It defines chassis condition, power and implement interfaces, autonomy integration, human takeover and test records. Red machines are first-generation validation records rather than the current product state.
- 01Vehicle assessment
Review chassis, power, hydraulic, electrical and implement condition.
- 02Interface definition
Freeze control, power, communication, implement and safety boundaries.
- 03Joint integration
Integrate perception, navigation, actuation and human takeover.
- 04Field acceptance
Close the loop with task records, issue closure and acceptance evidence.
Work capability
Start with mulching, mowing and tilling, then extend to spraying, ball collection and towing.
Mulching, mowing and tilling have existing configuration visuals. Spraying, ball collection and towing are expansion concepts shown in generated scenarios; specifications remain project-dependent.
Mulching
Front electric package for crop residue and vegetation management.
Mowing
For grass maintenance and repeatable route-based operations.
Tilling
For light rotary tillage and surface preparation tasks.
Generated scenarioSpraying
A future crop-care package whose tank and interface are defined per project.
Generated scenarioBall collection
A route-based collection scenario, not a released configuration.
Generated scenarioTowing
Material transport through the rear interface, with limits frozen per project.
Real field validation
Field validation is the first boundary before delivery.
Mud, route limits, obstacles and human takeover are validated before delivery, instead of being defined only as vehicle features.
Validation resultThe current archive provides traceable records for muddy fields, path following and vehicle display. Each project still freezes its own boundaries by field, implement and acceptance target.
Validation dimensions
01
Environment mapping and positioningBring mud, field ridges, boundaries and obstacles into task scope.
02
Route planning and path followingValidate route, speed, turning and deviation handling in the field.
03
Obstacle and anomaly handlingAccount for people, vehicles, ruts and temporary obstacles.
04
Implement control and human takeoverDefine takeover, implement coordination and recovery boundaries.
Validation archive
2025
Liangping, ChongqingHigh-standard farmland scenario testing
2026
Bishan, ChongqingPrototype testing in muddy fields
2026
Chengdu-Chongqing regionVehicle display at an agricultural education event
Data and remote service loop
Vehicle, task, support and acceptance evidence share one service chain.
The first release explains the service method without exposing customer data or internal systems. Fields, permissions, retention and deliverables are frozen during technical definition.
01
Vehicle state
Capture necessary operating and anomaly status without replacing field safety checks.
02
Task records
Retain necessary task, route, implement and human-takeover evidence.
03
Remote support
Coordinate diagnosis, version checks and issue handling with approved information.
04
Acceptance evidence
Package tests, issue closure, delivery confirmation and operational review.
TIANTU / 04Acceptance-led delivery
Acceptance-led delivery
Every stage from requirement intake to operation produces clear evidence.
A technical requirement, interface list, test records, issue closure log and acceptance sheet should form the evidence chain. Unfrozen configurations carry no fixed price, lead-time or volume promise.
- 01Requirement
- 02Field survey
- 03Technical scope
- 04Integration
- 05Field validation
- 06Operation
Project partnership
Define the field, task, implement and acceptance target before defining the vehicle.
Submit the field, task, implement, project stage and acceptance target. The branded mailbox is active; until automated form delivery is configured, the site will open an email draft for sending.
Review delivery path