APPLICATION
Field Robot
For autonomous unmanned operation
Field Robot LiDAR
Autonomous operation of agricultural machinery and construction equipment,
without human intervention, requires accurate perception technology of the surrounding environment.
This is because inaccurate perception and the exposure of situations that go unnoticed
in specific environments can lead to the potential for serious accidents.
For the widespread adoption of autonomous agricultural machinery suitable for rural environments,
LiDAR sensors that meet reasonable prices, durability, and precision are required. Additionally,
a sensor cleaning solution to address the contamination of LiDAR sensors due to weather conditions
and harsh working environments is necessary.
and construction equipment, without human intervention,
requires accurate perception technology of the surrounding environment.
This is because inaccurate perception
and the exposure of situations that go unnoticed in specific environments
can lead to the potential for serious accidents.
For the widespread adoption of autonomous agricultural machinery
suitable for rural environments,
LiDAR sensors that meet reasonable prices, durability,
and precision are required. Additionally,
a sensor cleaning solution to address the contamination
of LiDAR sensors due to weather conditions
and harsh working environments is necessary.
For autonomous unmanned operation
AutoL LiDAR for Field Robot
of agricultural machinery
and construction equipment,
without human intervention,
requires accurate perception
technology of the surrounding
environment.
This is because inaccurate perception
and the exposure of situations
that go unnoticed in specific
environments can lead
to the potential for serious accidents.
For the widespread adoption
of autonomous agricultural machinery
suitable for rural environments,
LiDAR sensors that meet
reasonable prices, durability,
and precision are required.
Additionally, a sensor cleaning
solution to address the contamination
of LiDAR sensors due to weather
conditions and harsh working
environments is necessary.
Farm mapping
and navigation
• Accurate navigation in complex agricultural environments using LiDAR’s 3D mapping
Crop monitoring
and management
• Optimization of crop monitoring, irrigation, and fertilizer supply using LiDAR Sensors
and navigation
in complex agricultural environments
using LiDAR’s 3D Mapping
Crop monitoring
and management
irrigation, and fertilizer supply
using LiDAR Sensors
Autonomous driving levels for Field Robots
for Field Robots
Level 0
Level 1
Level 2
Level 3
Level 4
Remote control type
Autosteering
Autonomous driving
Autonomous operation
Unmanned autonomous operation
Level 0
Remote control type
Level 1
Autosteering
Level 2
Autonomous driving
Level 3
Autonomous operation
Level 4
Unmanned autonomous operation
