Ready for the real world
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TURING INIT
01
Certified and approved autonomous vehicle with integrated solutions
Industry’s top choice
Development-friendly to effectively reduce equipment exploration costs and test duration.
Multiple modular options
Fully customizable based on your requirements.
Expandability and compatibility
The integrated sensor solutions are capable of advanced developments.
After-sales support
Technical support throughout ownership to maximise user experiences.
New project developments
Customized sensor and functional modules to suit various applications.
01
Ready for the real world
Certified and approved autonomous vehicle with integrated solutions
that has been field tested in real case scenarios.
Industry’s top choice
Development-friendly to effectively reduce equipment exploration costs and test duration.
Multiple modular options
Fully customizable based on your requirements.
Expandability and compatibility
The integrated sensor solutions are capable of advanced developments.
After-sales support
Technical support throughout ownership to maximise user experiences.
New project developments
Customized sensor and functional modules to suit various applications.
02
Comprehensive development of hardware and software logistics,
providing the most coordinated one-stop integrated services.
Turing Drive’s autonomous vehicle development solutions consist of:
Drive By Wire (DBW) vehicle x 1
4-Seater golf cart (Low Speed Vehicle, LSV)
Complete sensor components
Optional modules
IMU/GNSS/LiDAR/Camera sensors
Training manual x 1
Autonomous driving platform vehicle training manual
03
Approved integration
of real case scenarios
Autonomous driving vehicle hardware logistics.
Developer-friendly systematic infrastructure with a variety of optional add-on sensors
based on preferences to achieve optimum budget control.
04
Supports development environment
and tools expansion
Following software stacking, application development such as route planning, object recognition, sensor fusion and high precision positioning can be rendered.
- Drivable area detection
- Sensor fusion
- Traffic-sign recognition
- 3D object detection
- Active collision avoidance system
- Positioning and planning
Identify drivable area through visual recognition.
Obtain the precise coordinates of obstacles in 3D space by combining LiDAR point cloud and visual data.
Execute signal detection system to correctly recognize traffic lane signals and assist vehicle when in motion.
Determines the dimensions of objects (e.g. length, width, height), and accurately detects their locations.
Integrates obstacle detection and vehicle route planning systems to prevent collisions between vehicles and surroundings to ensure the safety of passengers and pedestrians.
Route planning can be rendered through high precision maps and positioning technology.
*Note: The texts and pictures are for illustration purposes only, and do not represent the actual functions of the vehicle.
05
Enabling development environment
06
Unequivocal training manual by Turing Drive
Turing Drive Turing Drive provides a platform for the development of autonomous driving systems, including Drive by Wire (DBW) vehicles, high-performance computing units driven by NVIDIA GPUs, and various sensors such as LiDAR, GNSS, IMU, and camera.
Autonomous driving platform vehicle training manual:
- Autonomous driving platform vehicle guide.
- System startup and basic system user guide.
- Setting and testing of Drive by wire (DBW) vehicle system.
- Sensors setting and testing.
- The autonomous driving journey begins.
06
Unequivocal training manual by Turing Drive
Turing Drive Turing Drive provides a platform for the development of autonomous driving systems, including Drive by Wire (DBW) vehicles, high-performance computing units driven by NVIDIA GPUs, and various sensors such as LiDAR, GNSS, IMU, and camera.
Autonomous driving platform vehicle training manual:
- Autonomous driving platform vehicle guide.
- System startup and basic system user guide.
- Setting and testing of Drive by wire (DBW) vehicle system.
- Sensors setting and testing.
- The autonomous driving journey begins.
07
The right choice –
Turing Drive autonomous driving platform
Eliminates complicated procedures such as software compatibility testing for users, and with focuses on the development of autonomous driving applications.
| TRADITIONAL MEANS | TURING DRIVE AUTONOMOUS DRIVING PLATFORM |
|---|---|
| Varied software and hardware disparities. |  Complete autonomous driving development solutions, including sensors, vehicle control, and training manuals. |
| Unresolved software incompatibilities. | User-friendly development environment and tools. |
| Out of reach autonomous driving development technologies. | Step-by-step training documents to ensure that users can master autonomous driving development. |
| No actual vehicle to verify autonomous driving technology. | Real case scenarios verified by computing platforms to provide users with vehicles needed for research and development applications. |
| Trial and error, and experimentation. | After-sales technical support. |
08
Autonomous driving development solutions
Turing Drive offers complete, one-stop autonomous driving development solutions to eliminate the risk and cost of trial and error.
| FEATURES | STANDARD VERSION | ADD-ON SENSORS |
|---|---|---|
| Vehicle signal feedback. | |
|
| Drive By Wire (DBW) support. | |
|
| *Dual mode (Autonomous and manual). | |
|
| Supports ROS, AUTOWARE. | |
|
| LiDAR-velodyne VLP-16 | |
|
| LiDAR-Livox | |
|
| GNSS | |
|
| IMU | |
|
| Camera | |
*Autonomous driving mode can be disabled through braking, accelerating, or turning the steering wheel.
09
Turing Drive in the real world
Turing Drive combines critical autonomous driving breakthroughs and experiences rendered from a variety of field tests to establish an autonomous driving platform that is developer-friendly and a turnkey solution.
Turing Drive autonomous driving solution has been successfully applied across 10 different regions, and has accomplished significant milestones driving in cities, suburban, hillsides, elevated terrains, and open roads.
The world’s first autonomous driving solution integrated into Low-Speed Vehicles (LSV) such as golf carts, NEVs and PTVs by successfully overcoming the technological challenges related to the rugged terrain and positioning of the said nature. Moreover, Turing Drive solution offers a platform for fleet and task management systems, building a smart and safety-oriented future into golf carts.
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