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Uncrewed aerial vehicle operating above an urban environment
INDUSTRY 05

Robotics & Autonomy

Integrate precise GNSS, inertial sensing, antennas, positioning software and correction services into robots, vehicles and autonomous machines.

CORE CAPABILITIES

Built around the work

GNSS modules, positioning sensors, antennas and software for autonomous machines, robots and OEM integration.

MX206 GNSS OEM module

GNSS OEM Integration

Embed compact positioning boards and modules into products that require dependable absolute position.

INS200 GNSS INS positioning unit

GNSS/INS Positioning

Combine satellite positioning and inertial sensing for motion, heading and continuity in changing environments.

T1 sensor for autonomous machine integration

Autonomous Machines

Supply positioning inputs for automated agriculture, construction and industrial machine workflows.

David30-D dual-antenna GNSS receiver

AGV and AMR

Support outdoor and mixed-environment mobile robots with absolute positioning and motion sensing.

UAV operating above an urban site

UAV Integration

Add precise positioning and timing to mapping, inspection and autonomous aerial platforms.

GNSS module used in machine control integration

Machine Control

Connect positioning, attitude and correction inputs to machine control systems and OEM interfaces.

Positioning system status and data review

Positioning Software

Configure receivers, monitor status and manage positioning data within the integration workflow.

TAP PPP satellite correction service

Correction Services

Select RTK or supported PPP correction delivery according to operating area, connectivity and fleet scale.

Autonomous platform positioning represented by a UAV in operation
FEATURED CASE STUDY

David Plus GNSS Receiver Applied in Intelligent Forklift

See how a Tersus positioning workflow was applied in a real operating environment.

Read the case study
TALK TO TERSUS

Discuss your robotics or OEM positioning requirements with Tersus.

Share your environment, accuracy needs and intended deliverable with our team.

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