Road / Enforcement
Measure every vehicle without stopping traffic
Real-time vehicle weighing, profiling and enforcement at road speed. Axle weights, gross vehicle weight, speed, dimensions, class and license plate captured in one synchronized pass.
01 · See it work
One pass. Every axle measured.
A four-axle combination crosses the in-road sensors at full speed. Axle two is raised, pushing axle three over its limit: both are caught instantly.
OVERLOAD + LIFTED AXLE · FLAGGED
Axle 3 at 11.8 t against a 10 t limit; axle 2 raised, shifting its load onto the rest. Evidence sealed and routed to the authority queue.
02 · How it works
Detect. Validate. Weigh. Identify.
Four synchronized stages complete while the vehicle remains in motion.
01 / DETECT
Detect
Roadside sensing triggers the capture sequence as the vehicle enters the measurement zone.
02 / VALIDATE
Validate
LiDAR builds the vehicle profile: dimensions, shape, axle geometry and class in real time.
03 / WEIGH
Weigh
In-road sensors measure individual axle loads and gross weight at full road speed.
04 / IDENTIFY
Identify
ANPR binds the measurement to plate, image and enforcement result.
03 · Capabilities
A complete vehicle profile in one pass
Gross vehicle weight
Dynamic total weight measured at operating speed, cross-validated across sensing layers.
Axle count and spacing
Every axle detected, grouped and positioned automatically, including single and dual tire recognition.
Load distribution
Individual and grouped axle loads analyzed against axle and axle-group limits.
Lifted-axle detection
Raised axles shift their load onto the remaining axles and are flagged instantly. Sensor fusion compares expected axle geometry with the axles actually loaded, which also keeps axle-based toll charging honest.
Vehicle classification
Vehicle type derived from axle configuration and dimensional data.
Adaptive AI accuracy
Machine learning sharpens classification and axle-pattern recognition as traffic evolves. Reported weights stay tied to calibrated sensors.
04 · The record
Every passage becomes one traceable record
Sensor observations are synchronized by vehicle, lane, direction and time, then routed to connected workflows.
Enforcement authorities
Instant violation alerts and evidentiary records.
Tolling systems
Weight-based and axle-based charging.
Traffic management
Live insight for planning, maintenance and control.
24/7
Every vehicle, every lane, around the clock
0
Traffic stops required
100%
Automated capture, no manual weighing
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Road wear: overload control protects pavement and bridges
Protect roads. Keep traffic moving.
Overloaded axles accelerate pavement and bridge fatigue: damage rises with roughly the fourth power of axle load. Overweight vehicles also need longer braking distances and behave less predictably, so weight control is road safety as much as asset protection. Static weigh stations stop traffic and are easily bypassed. Continuous measurement closes the enforcement gap while compliant traffic keeps moving.