INDUSTRY / MINING

Mining

Collision-risk intelligence for haul roads, loading areas and heavy equipment.

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01 — APPLICATION SCENARIOS

Safety intelligence across the mine.

Four configurable application scenarios combine edge AI, radar and video evidence for surface and underground mining operations.

01 — APPLICATION

Road-going contractor truck inside mining site

A truck that: spends the whole shift inside mine haul roads → stockpile → crusher → workshop.High exposure: >50% duty cycle in active mining operational area with excavator, wheel loader, extra-heavy haul truck. Reversing radar assist for: maintenance LDVs; mine buses; service trucks; contractor trucks; workshop vehicles. Full Collision-Risk Edge(front, rear, optional left/right) for: haul trucks; large dump trucks; water bowsers; loaders; graders; heavy service vehicles. TTC vehicle dynamics local HMI video API

Road-going contractor truck inside mining site
PRODUCT SOLUTION SYSTEM DIAGRAMRoad-going contractor truck inside mining site system diagram
02 — APPLICATION

Haul truck in low speed workflow, higher-speed collision-risk edge

Haul truck with duty cycle: loading face → haul road → intersection → queue → dump point → return Low-speed: queueing; reversing; loading/dumping; workshop movement. Higher-speed: closing on slower equipment; intersection conflicts; haul-road following. Recommended: front + rear +camera feed verifcation with two logic modes: Low speed: zones + TTC Higher speed: trajectory + TTC + stopping-distance logic.

Haul truck in low speed workflow, higher-speed  collision-risk edge
PRODUCT SOLUTION SYSTEM DIAGRAMHaul truck in low speed workflow, higher-speed  collision-risk edge system diagram
03 — APPLICATION

Wheel loader collision-risk in its operating process

Typical duty cycle: approach stockpile → fill bucket → reverse → turn → approach haul truck → dump → reverse → repeat The cycle is repetitive and reversing-intensive. Key risk zones: rear; rear-left/right; truck approach side. Recommended: rear radar + left/right radar with: reverse input; steering/yaw; low-speed gating; TTC in-cab HMI, camera video feed.

Wheel loader collision-risk in its operating process
PRODUCT SOLUTION SYSTEM DIAGRAMWheel loader collision-risk in its operating process system diagram
04 — APPLICATION

ADT collision-risk in operation

Typical duty cycle: load → haul → queue → approach dump point → reverse → tip → articulate → depart High risks exposure: articulation changes vehicle geometry; rear blind zone; uneven terrain; mixed construction/mining traffic; reversing near other trucks. Recommended: rear + side radar as minimum

ADT collision-risk in operation
PRODUCT SOLUTION SYSTEM DIAGRAMADT collision-risk in operation system diagram
CAMSEN MINING SAFETY

Configure protection for your operation.

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