TECHNOLOGY - MAGUSMAGUS

	Automotive Vehicle Dynamics Accurately measuring the position, slip-angle, orientation, velocities and accelerations of a vehicle during dynamic testing isn’t easy, let alone synchronising those measurements with real-time CAN data. MAGUS products solve these problems for you. ADAS Testing The test and validation of Advanced Driver Assistance Systems (ADAS) such as collision warning, lane departure and optical recognition systems requires large amounts of accurate data from multiple targets to be available to a single source in real-time. MAGUS products solve these problems for you.

Automotive

Vehicle Dynamics
Accurately measuring the position, slip-angle, orientation, velocities and accelerations of a vehicle during dynamic testing isn’t easy, let alone synchronising those measurements with real-time CAN data. MAGUS products solve these problems for you.

ADAS Testing
The test and validation of Advanced Driver Assistance Systems (ADAS) such as collision warning, lane departure and optical recognition systems requires large amounts of accurate data from multiple targets to be available to a single source in real-time. MAGUS products solve these problems for you.

	Surveying Mobile Mapping From surveying open-cast mines and quarries to mobile mapping among inner-city buildings, accurately measuring position and orientation can be a problem for GNSS systems when working in and around canyons, tree-cover and tunnels. MAGUS products solve these problems for you. Rail Surveying Bridges, overhead equipment, vegetation and especially tunnels make precision rail surveying almost impossible using GNSS-only systems as they can’t reliably measure position and orientation when satellite signals are blocked. MAGUS products solve these problems for you. Aerial Survey High accuracy position and attitude measurement systems used to georeference aerial survey data can be expensive, heavy, slow to install as well as complicated to operate—making it hard to deliver a cost-effective service to customers. MAGUS products solve these problems for you. UAV Finding a sensor small and light enough for the new breed of ultra-small UAVs, but capable of measuring attitude and position with enough accuracy for precision georeferencing is a real challenge. MAGUS products solve these problems for you. General Positioning GPS and GNSS systems frequently suffer a number of subtle problems like multi-path, satellite black-out, insufficient update rates or the antenna not being at the required measurement point. They also can’t measure orientation. MAGUS products solve these problems for you.

Surveying

Mobile Mapping
From surveying open-cast mines and quarries to mobile mapping among inner-city buildings, accurately measuring position and orientation can be a problem for GNSS systems when working in and around canyons, tree-cover and tunnels. MAGUS products solve these problems for you.

Rail Surveying
Bridges, overhead equipment, vegetation and especially tunnels make precision rail surveying almost impossible using GNSS-only systems as they can’t reliably measure position and orientation when satellite signals are blocked. MAGUS products solve these problems for you.

Aerial Survey
High accuracy position and attitude measurement systems used to georeference aerial survey data can be expensive, heavy, slow to install as well as complicated to operate—making it hard to deliver a cost-effective service to customers. MAGUS products solve these problems for you.

UAV
Finding a sensor small and light enough for the new breed of ultra-small UAVs, but capable of measuring attitude and position with enough accuracy for precision georeferencing is a real challenge. MAGUS products solve these problems for you.

General Positioning
GPS and GNSS systems frequently suffer a number of subtle problems like multi-path, satellite black-out, insufficient update rates or the antenna not being at the required measurement point. They also can’t measure orientation. MAGUS products solve these problems for you.

	OEM System Integration Sourcing a cost-effective yet accurate GNSS-aided inertial navigation system to discreetly integrate into your own solutions—but with the support and backup to ensure the project is delivered on-time is hard. MAGUS products solve these problems for you.

OEM

System Integration
Sourcing a cost-effective yet accurate GNSS-aided inertial navigation system to discreetly integrate into your own solutions—but with the support and backup to ensure the project is delivered on-time is hard. MAGUS products solve these problems for you.

	Others Marine Coda Octopus is our main but non-exclusive representative for the marine industry. More detailed information on MAGUS products solve these problems for you. Educational Research Academic budgets are rarely big enough to do all you desire, so choosing the right GNSS-aided inertial navigation device for your department, while controlling the costs is especially important. MAGUS products solve these problems for you. Autonomous Vehicles GNSS-only systems can provide the position and heading accuracy required in autonomous vehicles, but don’t work well in anything but open-sky conditions. This can lead to jumps in position and limit the capabilities of the vehicle. MAGUS products solve these problems for you.

Others

Marine
Coda Octopus is our main but non-exclusive representative for the marine industry. More detailed information on MAGUS products solve these problems for you.

Educational Research
Academic budgets are rarely big enough to do all you desire, so choosing the right GNSS-aided inertial navigation device for your department, while controlling the costs is especially important. MAGUS products solve these problems for you.

Autonomous Vehicles
GNSS-only systems can provide the position and heading accuracy required in autonomous vehicles, but don’t work well in anything but open-sky conditions. This can lead to jumps in position and limit the capabilities of the vehicle. MAGUS products solve these problems for you.

	What is Inertial Navigation Systems Guide As part of our learning resources section, this foundation guide explains what an INS (inertial navigation system) is, how it works and what it can be used for. The guide explains some of the terms and concepts you may encounter when working with GPS-aided inertial navigation systems.

What is Inertial Navigation Systems Guide

As part of our learning resources section, this foundation guide explains what an INS (inertial navigation system) is, how it works and what it can be used for. The guide explains some of the terms and concepts you may encounter when working with GPS-aided inertial navigation systems.