LIFT-A-LOFT
TMP22-12 and 10-12
The TMP22-12 and 10-12 are truck mounted scissor lifts with a side traverse feature that allows 12ft of side reach. These units can be used for a variety of access needs such as sign work, streetlight maintenance, and highway applications. These units are mounted to truck frames and given leveling stabilizers for unmatched stability off to the side and can be equipped with a variety of options such as flatbeds, utility beds, DOT spec lighting and more.
www.liftaloft.com/truck-mounted-lifts/medium-light-duty-lifts/tmp-series
ROADFLEX
DIRECT
RoadFlex Direct is an open API platform that lets fleets and their technology partners build RoadFlex into the tools they already run. A fleet can order cards, set transaction controls, and pull fuel data straight into its telematics platform, its fleet management system, or its own internal software. Fuel data that used to live only in RoadFlex can now flow into a fuel management system, an expense dashboard in a tool like Domo or Tableau, or a finance system, live, without anyone copying numbers between screens. A fleet that hires a new driver can provision a card from the same record it already creates, instead of entering that person twice. A fleet running various telematics platforms, or a fleet management, can bring RoadFlex cards, controls, and analytics into that tool. Fleet management companies, on-site fuel systems, can do the same. If a fleet works with other systems beyond the examples listed, RoadFlex Direct can connect with them. Through RoadFlex Direct, a fleet or its partner can: order physical and virtual fuel cards; update transaction controls to manage fuel risk; and pull transaction, driver, and fleet performance data into their own dashboards and reports. The analytics endpoints also open up RoadFlex’s AI features, including anomaly detection, outlier surfacing, benchmarking, and ranking.
www.roadflex.com/partners/roadflex-direct
PRO-VISION
BIRDSEYE 360 AI SYSTEM
Pro-Vision Birdseye 360° AI System, a camera solution with 360° coverage and real-time AI detection for improved fleet safety, introduces AI-powered computer vision that detects hazards in real time and alerts drivers instantly. The system combines up to six ultra-wide-angle cameras to create a stitched, top-down view of the vehicle’s surroundings. With the addition of AI, the system actively analyzes video feeds to detect and prioritize potential risks, delivering audible and visual alerts to drivers via the in-cab monitor alongside the relevant camera view. The system introduces multiple detection types designed specifically for commercial trucks: blind side vehicle detection, identifies vehicles in blind spots during lane changes and merging maneuvers; pedestrian and cyclist detection, recognizes human forms all around the vehicle; and forward collision warning, detects when speed and following distance create a collision risk. The system integrates with leading telematics and video management platforms, enabling fleets to centralize safety data and video insights.
ATLAS COPCO
HILIGHT M+ 5 AND M+ 7 LIGHT TOWERS
Atlas Copco has expanded its HiLight series of light towers with the addition of the M+ 5 and M+ 7. Built on a shared platform, the M+ light towers combine advanced SMD LED technology with Smart Light Distribution technology by Atlas Copco. HiLight M+ 5 is equipped with four high-class 250W floodlights offering up to 212 hours of autonomy and the lowest fuel consumption in the range. The HiLight M+ 7 is equipped with four high-class 350W floodlights, offers excellent fuel economy at 0.68 l/h. Operating at full potential, the M+ 7 delivers up to 192 hours of illumination. Both light towers are designed for ease of use and safe deployment, featuring a hydraulic mast, electric mast head rotation, and intuitive controls that simplify setup and daily operation. They are equipped with highly fuel-efficient Stage V engine technology. M+ 5 and M+ 7 feature HardHat composite casings that are lightweight and durable. With wide-area illumination of up to 7,360 m², customers can achieve strong visibility with fewer units, lowering logistics costs and environmental impacts.
