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Application contexts / 03

Start with the field.
Engineer the motion.

Match the mobile platform to the route, terrain, task, payload, and integration plan.

Application framework

One platform decision shapes the entire robot.

Use the application brief to identify the right motion architecture before product selection or customization begins.

01

Operating environment

Indoor or outdoor, surface type, obstacles, slope, access, and weather exposure.

02

Mechanical requirements

Verified payload, dimensions, center of gravity, mounting, and task equipment.

03

Motion behavior

Route geometry, turning envelope, steering strategy, and duty cycle.

04

System integration

Power, control interface, sensing, compute, and secondary development boundaries.

Application directions

Design around the operating context.

01LAB / FIELD

Research & Education

Discuss this application

Customer problem

Teams need an extensible mobile base for teaching, prototyping, and algorithm development.

Platform requirement

Documented interfaces, accessible integration points, and a platform matched to the research scope.

Published case evidence

TODO: Add an authorized case study, approved media, and verified results.

View case policy
02SENSE / PLAN / MOVE

Autonomous Navigation

Discuss this application

Customer problem

Autonomy teams need chassis behavior that can be modeled and integrated into the navigation stack.

Platform requirement

Motion architecture, control interface, and mechanical packaging aligned with sensing and compute.

Published case evidence

TODO: Add an authorized case study, approved media, and verified results.

View case policy
03TERRAIN / ACCESS

Outdoor Inspection

Discuss this application

Customer problem

Inspection programs face uneven surfaces, constrained access, and application-specific payloads.

Platform requirement

Terrain and obstacle inputs reviewed before a platform is recommended.

Published case evidence

TODO: Add an authorized case study, approved media, and verified results.

View case policy
04FLOW / ROUTE

Logistics & Material Handling

Discuss this application

Customer problem

Material movement requires a chassis architecture that fits the route and system integration plan.

Platform requirement

Verified payload, turning envelope, operating surface, and control requirements.

Published case evidence

TODO: Add an authorized case study, approved media, and verified results.

View case policy
05FIELD / TASK

Agricultural Robotics

Discuss this application

Customer problem

Agricultural platforms combine outdoor mobility with task-specific equipment and packaging constraints.

Platform requirement

A requirement-led review of terrain, dimensions, duty cycle, and integration boundaries.

Published case evidence

TODO: Add an authorized case study, approved media, and verified results.

View case policy
06MISSION / FIT

Special-Purpose Robotics

Discuss this application

Customer problem

Specialized programs rarely fit a generic chassis without mechanical and control trade-offs.

Platform requirement

A configurable platform or custom engineering path based on approved project inputs.

Published case evidence

TODO: Add an authorized case study, approved media, and verified results.

View case policy

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Build Your Next Mobile Robot Platform with Aimrob

Tell us your payload, dimensions, terrain, control interface, and customization requirements.

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