Full-Stack Engineering Capabilities

LISHO is not only a control and autonomy company. We also build chassis, vehicle attachments, structural parts, welding, assembly, commissioning, and scalable delivery capabilities. Manufacturing depth and robotics intelligence work together so unmanned vehicles can move from concept to reliable production.

From Manufacturing Foundation to Intelligent Core

A reliable unmanned vehicle needs both a stable vehicle platform and a field-ready control and navigation system. LISHO develops manufacturing, integration, and autonomy as one engineering chain.

Manufacturing Foundation

Based on electric vehicles, remote special vehicles, and all-terrain chassis experience, we cover structural design, fabrication, welding, assembly, and production management.

Intelligent Core

VCU, drive-by-wire control, sensor fusion, ROS 2, LishoPilot, and autonomous navigation algorithms give vehicles perception, decision-making, and execution capability.

Delivery Loop

From prototypes and field validation to custom projects and batch delivery, our engineering team connects mechanical, electrical, software, and application work.

Full-Chain Capability Map

From chassis, manufacturing, and attachments to drive-by-wire systems, autonomous navigation, and delivery validation, covering the key engineering capabilities required for unmanned vehicle deployment.

Chassis & Vehicle Engineering

Vehicle platform design for different terrain, payload, and operating modes.

  • All-Terrain Chassis
  • Floating Suspension
  • Differential Steering
  • Shaft-Drive Layout
  • Payload Platform
  • Structural Adaptation

Manufacturing & Fabrication

Key processes for structural fabrication, frame forming, and vehicle assembly preparation.

  • Laser Cutting
  • Welding
  • Sheet-Metal Fabrication
  • Structural Machining
  • Jigs & Fixtures
  • Surface Treatment

Attachments & Module Integration

Mechanical, electrical, and control-interface integration between industry modules and vehicle platforms.

  • Cargo Body
  • Sprayer
  • Thermal Imaging
  • Public Address
  • Range Extender
  • Sensor Mounts
  • Industry Tooling

Drive-by-Wire & Electrical Systems

Low-level interfaces for vehicle motion control, state acquisition, and higher-level intelligent systems.

  • VCU
  • Drive Control
  • Drive-by-Wire Steering
  • Drive-by-Wire Braking
  • Power Distribution
  • CAN / RS485 / Ethernet

Autonomous Navigation & Software

Positioning, perception, path planning, obstacle avoidance, and mission execution capabilities.

  • RTK
  • SLAM
  • LiDAR
  • Path Planning
  • Autonomous Obstacle Avoidance
  • LishoPilot
  • ROS 2

Testing & Delivery

From assembly commissioning to field validation, supporting custom projects and batch delivery.

  • Assembly Commissioning
  • Functional Testing
  • Scenario Validation
  • Project Customization
  • Batch Delivery
  • After-Sales Support

Manufacturing Process Chain

From drawings to complete vehicles, LISHO has the key fabrication and assembly capabilities needed for unmanned vehicle platforms, supporting customization and stable delivery.

  1. 01

    Solution Design

    We define chassis structure, powertrain layout, and attachment space around payload, terrain, operating conditions, and task requirements.

  2. 02

    Laser Cutting

    Sheet-metal cutting for frames, brackets, and structural parts provides a stable base for welding and assembly.

  3. 03

    Welding

    Vehicle frames, support structures, and attachment interfaces are welded for strength and long-term reliability.

  4. 04

    Machining

    Key structural parts, mounting holes, and connection points are processed to improve assembly precision and consistency.

  5. 05

    Vehicle Assembly

    Drives, batteries, suspension, wheels, cargo bodies, and work attachments are integrated into a runnable platform.

  6. 06

    Electrical Wiring

    Power distribution, control harnesses, communication interfaces, and sensors provide the base for drive-by-wire and autonomy.

  7. 07

    Commissioning

    Drive, braking, steering, sensors, and control parameters are tuned so mechanical and software systems work together.

  8. 08

    Testing

    Payload, obstacle crossing, steering, remote control, autonomous navigation, and task execution are validated before delivery.

Vehicle Platform and Intelligent System Integration

UGV reliability comes from matching vehicle engineering with intelligent systems. We build a unified interface and commissioning loop across chassis, attachments, electrical systems, control, and software.

Vehicle Platform Engineering

We design manufacturable, maintainable, and expandable unmanned vehicle platforms for different terrain, payload, and operating modes.

  • All-terrain chassis and floating suspension
  • Differential steering and shaft-drive layouts
  • Payload platforms and modular attachments
  • Structural interfaces and reserved mounting space

Intelligent Control Systems

Drive-by-wire electrical systems, sensors, navigation algorithms, and mission terminals are integrated into the vehicle platform for autonomous operation.

  • VCU and embedded control
  • RTK / SLAM / LiDAR perception and positioning
  • Path planning, route following, and obstacle avoidance
  • LishoPilot multi-device mission terminal

Testing and Delivery Loop

From prototype to production, from workshop to field, we validate vehicle platforms and intelligent systems in real operating scenarios.

  1. 01Requirement Analysis
  2. 02Solution Design
  3. 03Prototype Development
  4. 04Manufacturing & Assembly
  5. 05Electrical Integration
  6. 06Software Commissioning
  7. 07Scenario Testing
  8. 08Project Delivery
  9. 09After-Sales Support

Need a Complete Unmanned Solution?

Whether you need a vehicle platform, work attachment, autonomous navigation system, or a custom unmanned solution for a specific scenario, the LISHO team can help.

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