Autocar Upgrades ADAS for Refuse Truck Safety
Autocar's new ADAM (Advanced Driver Assist Module) is the latest in what the company says is the first fully OEM-integrated advanced driver assistance system engineered for the refuse and recycling industry.

Autocar says its ADAM advanced safety technology is designed specifically for refuse trucks.
Image: Autocar/HDT
Autocar's new ADAM (Advanced Driver Assist Module) is the latest in what the company says is the first fully OEM-integrated advanced driver assistance system engineered for the refuse and recycling industry.
Refuse operations can be hazardous to both operators and pedestrians, especially given a working environment that includes crowded urban streets, blind intersections, and busy residential areas, Autocar says.
The mission of ADAM is to automate and provide as much coverage as possible to make it safer for operators and easier for them to protect themselves and others.
In addition to Autocar’s current suite of safety features, like a distraction-free dashboard, ADAM offers the following upgraded features:
Complete OEM Integration
By directly integrating into the truck’s infrastructure, ADAM removes the need for aftermarket installations. This ensures maximum system compatibility and avoids destructive installation methods such as cutting into brake lines and splicing into electrical harnesses.
Designed to Enhance Existing Systems
ADAM is designed to work with a vehicle’s antilock braking system and pneumatic braking equipment.
Instead of bypassing these safety features, like other options in the market, ADAM uses them to more effectively avoid collisions with people and property, according to Autocar.
As a result, the truck has an autonomous braking system that will not only warn about people in the danger zone, but also will stop the truck if the operator does not — and do so faster than human reaction times.
Built Specifically for Refuse Trucks
ADAM is engineered specifically for refuse truck operations.
For example, Autocar programmed the software to calculate how long it takes a refuse truck to brake given the truck’s speed and particular weight and any relevant road conditions.
This capability allows for an even greater safety margin of error, whether the truck is moving forwards or in reverse, and better protects both workers and the community.
Key Features of Autocar's ADAS for Refuse Trucks:
Autonomous Reverse Braking: Automatically brakes the truck while in reverse if the sensors detect something — or someone — in the way.
Forward Collision Warning and Automatic Braking: Detects hazards and applies brakes automatically, optimized for stop-and-go operation.
360° Pedestrian and Cyclist Detection: Identifies vulnerable road users, warning operators instantly and applying the brakes if a collision is imminent.
Enhanced Blind Spot Detection: Monitors surroundings with four side radar sensors, providing real-time alerts.
Roadway Departure: Alerts the operator that the vehicle is leaving the road and slows the truck to a halt if the operator does not take action.
Traffic Sign Recognition: Identifies and visually communicates sign information to operator in real time.
All information is transmitted visually to the operator via Autocar’s distraction-free dashboard that allows the operator to stay aware without sacrificing focus.
“Our customers don’t have the luxury of working in predictable environments," said Andrew Taitz, chairman of GVW Group, LLC, the holding company of Autocar. "They’re operating on busy streets, chaotic job sites, and extreme conditions that demand more than a one-size-fits-all safety system.
“Severe-duty industries should not have to compromise on safety. That’s why we developed ADAM. It’s not just another ADAS — it’s a purpose-built, severe-duty safety solution that protects our operators and the communities they serve.”
More Safety & Compliance

ATRI Wants Motor Carriers for Driver-Facing Camera Study
In this new study, the American Transportation Research Institute will explore how driver-facing cameras can impact safety and operational metrics in trucking fleets.
Read More →
Netradyne Intelligence Uses New AI Agents to Automate Response to In-Cab Camera Data
The company called the next-generation in-cab camera safety platform "a fundamental shift from systems that report on what happened to systems that actively drive what should happen next."
Read More →
Mack, Volvo Issue ‘Do Not Drive’ Recall on Possible Wheel-Offs
Owners will be sent advance notice not to operate their affected vehicles until the remedy is performed.
Read More →
Fleetworthy Integrates Lytx Video Snapshots into Safety+ Platform
A new Fleetworthy-Lytx integration gives fleet managers access to video context alongside safety event data, streamlining driver coaching and incident review.
Read More →How Waste Connections is Using Data, Telematics, and AI
How do you manage and maintain more than 18,000 connected trucks? Data. Lots of it.
Read More →
Fleet Advantage: Top Logistics Fleets Outperform National Safety Benchmarks
Fleet Advantage's latest TRUST Safety Index found leading logistics fleets maintained significantly lower out-of-service rates and stronger safety scores than national averages, while highlighting persistent challenges related to tires, brakes, and unsafe driving behaviors.
Read More →
Why Fleet Data Matters More Than Ever at Waste Connections [Watch]
Waste Connections' Chuck Palmer explains how telematics, predictive maintenance, safety analytics, and AI help keep vehicles on the road and drivers safe in this episode of HDT Talks Trucking.
Read More →
Short Takes: How K&B is Using AI
Fleets need to "get on board the train" with AI, says Lance Evans of K&B Transportation in this HDT Talks Trucking Short Takes episode.
Read More →Short Takes: Inside K&B’s Truck Safety Tech
Listen to learn how K&B Transportation uses cellphone-blocking technology, speed management systems, weather geofencing, bridge avoidance tools, and more to improve driver safety.
Read More →
The Biggest Gap in Driverless Trucking Isn’t Tech. It’s Safety Validation
Nauto’s Stefan Heck says autonomous trucks are advancing quickly but proving they’re safe enough for large-scale deployment may be the industry’s hardest challenge.
Read More →
