New Garbage Trucks For Sale
New garbage trucks with high compaction, durable AR floors, optimized tare weight, corrosion protection, and efficient hydraulics for uptime on route
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About New Garbage Trucks
New garbage trucks are engineered around duty cycle, payload, and route speed. Body styles include rear loader, front loader, side loader, and automated side loader, with capacities typically ranging from the low 20s to low 30s cubic yards for residential work and higher for commercial routes. Compaction force and packer cycle time drive productivity, so match pump flow and valve sizing to an Allison 3000 or 4000 series with an appropriately sized PTO and cooler, and confirm pack on the go capability. Diesel and CNG refuse trucks both deliver low speed torque, CNG adds quiet operation and lower tailpipe emissions, plan for the added tank weight and frame space. Camera systems, arm control via CANbus joysticks, and telematics that log packer cycles and idle time improve training and route planning.
Floor strength in the hopper and body determines longevity. Look for AR400 or AR450, often branded Hardox, in wear zones, with 3/16 to 1/4 inch floors and thicker liner plates in the charge hopper and packer face. Continuous welds, boxed crossmembers, and close on center floor support reduce oil canning and keep the floor flat under high compaction loads. Ejector rails, tailgate pins, and fork towers on front loaders should be oversized and bushed, and tailgate seals must stay tight to contain leachate under pressure. Replaceable wear shoes on packer tracks and bolt in hopper liners can defer a costly rebuild and keep bodies true.
Tare weight affects every stop, so balance material thickness with high strength steel and strategic use of aluminum wheels and non structural panels to save pounds without sacrificing durability. CNG tank packages, cart tippers, and larger arms add mass, so consider a pusher or tag axle to keep axle groups legal while preserving payload. Match body capacity to expected route density, and select wheelbase, steer axle rating, and suspension to maintain weight distribution with a full load against the headboard. Tight urban routes favor short wheelbase, high visibility cabs, and aggressive steering geometry for curbside access without tire scrub.
Corrosion resistance is critical because salt, leachate, and constant washdowns attack steel. Favor e coated or hot zinc coated subframes, epoxy primer with polyurethane topcoat, stainless steel floors or splash zones where budgets allow, and zinc nickel fittings on hydraulic lines. Sealed Deutsch connectors, protected harness routing, stainless fasteners, and underbody protection extend service life and keep electrical issues off the road. Thermal integrity matters on high duty cycles, so size hydraulic coolers for summer heat, verify fan control strategy, and spec heat shielding around the DPF and exhaust near the body. Options like hot load sensors, fire suppression, belly drains with leachate tanks, and easy access cleanouts control risk and downtime, and centralized lube simplifies daily service for consistent packer and arm performance.
Floor strength in the hopper and body determines longevity. Look for AR400 or AR450, often branded Hardox, in wear zones, with 3/16 to 1/4 inch floors and thicker liner plates in the charge hopper and packer face. Continuous welds, boxed crossmembers, and close on center floor support reduce oil canning and keep the floor flat under high compaction loads. Ejector rails, tailgate pins, and fork towers on front loaders should be oversized and bushed, and tailgate seals must stay tight to contain leachate under pressure. Replaceable wear shoes on packer tracks and bolt in hopper liners can defer a costly rebuild and keep bodies true.
Tare weight affects every stop, so balance material thickness with high strength steel and strategic use of aluminum wheels and non structural panels to save pounds without sacrificing durability. CNG tank packages, cart tippers, and larger arms add mass, so consider a pusher or tag axle to keep axle groups legal while preserving payload. Match body capacity to expected route density, and select wheelbase, steer axle rating, and suspension to maintain weight distribution with a full load against the headboard. Tight urban routes favor short wheelbase, high visibility cabs, and aggressive steering geometry for curbside access without tire scrub.
Corrosion resistance is critical because salt, leachate, and constant washdowns attack steel. Favor e coated or hot zinc coated subframes, epoxy primer with polyurethane topcoat, stainless steel floors or splash zones where budgets allow, and zinc nickel fittings on hydraulic lines. Sealed Deutsch connectors, protected harness routing, stainless fasteners, and underbody protection extend service life and keep electrical issues off the road. Thermal integrity matters on high duty cycles, so size hydraulic coolers for summer heat, verify fan control strategy, and spec heat shielding around the DPF and exhaust near the body. Options like hot load sensors, fire suppression, belly drains with leachate tanks, and easy access cleanouts control risk and downtime, and centralized lube simplifies daily service for consistent packer and arm performance.








