Skip to content
Catalog
← Tree and Brush

Brush Chipper

A brush chipper is a mobile or towable machine that processes tree limbs, branches, and brush into wood chips through high-speed mechanical cutting. The equipment class serves tree-service contractors, municipalities, landscape crews, and land-clearing operations that require efficient reduction of organic debris. Capacity ratings range from 6 inches to 22 inches, measured by the maximum diameter of material that can be fed into the throat opening.

246
Models
6 to 22 in
Chipper Capacity
14
Brands
Brush Chipper

Cat classes

Pick a size class — capacity and reach differ across the range.

How it works

Material is fed through a horizontal or angled throat opening into a cutting chamber where either a rotating disc with cutting knives or a cylindrical drum with helical knives reduces wood into chips. Hydraulic feed rollers grip incoming material and pull it into the cutting mechanism at controlled speeds, typically 80 to 120 feet per minute. The resulting chips are expelled through a discharge chute, often adjustable through 360 degrees, into a truck bed or onto the ground. Power is supplied by gasoline or diesel engines ranging from 25 to 1,200 horsepower, with larger commercial units typically diesel-powered for sustained production work. Safety devices include feed-stop bars, emergency shutoffs, and reversing controls to clear jams. Most units are trailer-mounted for highway towing, while others mount on dedicated truck chassis or operate as stationary equipment.

Types & variants

Disc Chipper
Uses a flywheel disc (60.7 to 102 cm diameter) with radial knives spinning at 1,350 to 1,800 RPM; produces uniform chips and dominates production applications.
Drum Chipper
Employs a cylindrical drum (46 to 106.7 cm diameter) with helical knives at 916 to 2,126 RPM; common in smaller towable units, produces less uniform chips.
Towable Chipper
Highway-towable units on pneumatic tires with DOT lighting and brakes; standard for tree-service crews working off-site.
Truck-Mounted Chipper
Integrated into chassis or truck bed with direct PTO or dedicated engine; eliminates need for separate towing vehicle.
Tracked Self-Propelled Chipper
Crawler-mounted units with onboard controls for remote or rough-terrain land-clearing operations; operating weight to 185,972.9 kg.
Stationary/Industrial Chipper
High-capacity units (20+ inches) positioned at biomass facilities, mills, or transfer stations processing continuous volumes.

Key specifications

SpecificationTypical rangeWhat it means
Chipper Capacity6 to 22 inMaximum diameter of round wood that can be fed into the throat; primary sizing criterion for the class.
Engine Power25 to 1,200 hpHorsepower required scales with capacity; 9-inch units typically 65–90 hp, 18-inch units 200+ hp.
Cutting Capacity15.2 to 53.3 cmMaximum diameter of material the cutting mechanism can process; correlates directly with chipper capacity rating.
Feed Speed80 to 120 ft/minHydraulic roller speed controls production rate and material engagement; variable on most commercial units.
Operating Weight628 to 185,972.9 kgDetermines towing requirements, stability during operation, and ground pressure on soft surfaces.
Discharge Height15 ft (4.6 m)Maximum height of chip discharge; must clear truck sideboards or chip vans in production settings.

How the industry sizes it

The rental industry sizes brush chippers by chipper capacity, expressed in inches and representing the maximum diameter of round wood the machine can process. Limbs and brush up to 6 inches serve storm cleanup and one-truck landscape crews. The 7 to 10 inch range represents the 9-inch tree-service standard, handling most residential prunings and removals. The 10 to 13 inch category delivers 12-inch production capacity where whole limbs go in without bucking them down first. The 13 to 16 inch range supports 15-inch heavy removals, storm response, and municipal right-of-way contracts. The 16 to 20 inch category enables 18-inch whole-tree work behind bucket or crane crews with minimal handling. Twenty inches and larger units deliver whole-tree and land-clearing production feeding chip trucks continuously. Operators also reference engine horsepower, infeed opening dimensions, and whether the unit is disc or drum type when matching equipment to volume and material characteristics.

Applications

  • Residential and commercial tree pruning and removal operations producing truckloads of chips daily
  • Municipal right-of-way maintenance and storm debris cleanup following weather events
  • Land clearing and site preparation converting standing timber and brush into transportable chips
  • Utility vegetation management along transmission corridors and roadside rights-of-way
  • Landscape maintenance processing routine trimming waste into mulch material or reducing disposal volume
  • Biomass and renewable energy operations chipping feedstock for boilers, pellet mills, or composting facilities

Safety & operation

  • Feed-stop bars ("safety bars") positioned at operator stations must immediately halt feed rollers and allow reversal when contacted
  • Operators and ground personnel maintain clear zones around the infeed area; loose clothing, gloves, and jewelry present entanglement hazards
  • Hearing protection is mandatory; sound levels at operator position frequently exceed 100 dBA during chipping
  • Discharge chute orientation and wind direction require attention to prevent chips from striking personnel, vehicles, or structures
  • Lockout/tagout procedures govern all maintenance, knife changes, and clearing of jams with the engine shut down and keys removed

Standards & certifications

ANSI · Z133
Safety standard for arboricultural operations covering chipper operation, maintenance, and operator training requirements
OSHA · 29 CFR 1910.266
Logging operations standard addressing portable chippers, machine guarding, and employee safety practices

Frequently asked

What is the difference between disc and drum chippers?
Disc chippers use a large flywheel with radial knives producing uniform chips and dominate commercial applications; drum chippers use a cylindrical drum with helical knives, are lighter and simpler, but produce less consistent chip size. Disc machines generally handle higher capacities and sustained production.
How is chipper capacity determined?
Capacity is the maximum diameter of round, solid wood that can be fed into the throat and chipped, typically measured in inches. It does not represent the throat opening dimensions, which are often larger to accommodate brush with branches. A 12-inch chipper can process a 12-inch diameter log but may have a 24-inch-wide throat for brushy material.
What maintenance intervals apply to commercial chippers?
Knife sharpening or rotation occurs every 8 to 40 operating hours depending on material and knife quality; dull knives reduce feed speed and increase fuel consumption. Engine oil, hydraulic fluid, and filter changes follow manufacturer intervals. Feed roller condition, belt tension, and anvil clearance require regular inspection to maintain production rates and chip quality.
Why do feed systems include reversing controls?
Reversing allows operators to back material out when jams occur, when oversized or awkward pieces bind, or when foreign objects (wire, metal, rocks embedded in wood) are detected. All commercial units include hydraulic reversal; attempting to clear jams manually with the machine running is a leading cause of serious injuries in the tree-care industry.

Compare popular models

Find by spec →

Normalised to the same units. A dash means the figure was not published.

ModelEngine powerOperating weightFuel capacity
Bandit 75XP 37 hp2,101 lb (953 kg)-
Morbark BVR19 275 hp8,999 lb (4,082 kg)40.0 gal
Morbark BVR13 102 hp5,201 lb (2,359 kg)16.9 gal
Bandit Intimidator 15XP 139 hp12,000 lb (5,443 kg)-
Bandit 65XP 38 hp7,101 lb (3,221 kg)-
Bandit 200UC 84 hp4,799 lb (2,177 kg)-

Related equipment

Browse by manufacturer

Sources

Every specification is verified against the manufacturer's published data, with the source linked for reference.

All models

246 models · Page 3 of 6 · Every spec cited to source

Vermeer 362
Vermeer
Vermeer 560
Vermeer
Vermeer 604
Vermeer
Vermeer 900
Vermeer
Vermeer BC1200XL
Vermeer
120 hp
5,825 lb (2,642 kg)
Vermeer BC160XL
Vermeer
26 hp
1,653 lb (750 kg)
Vermeer BC2100XL
Vermeer
275 hp
15,000 lb (6,804 kg)
Vermeer BC230XL
Vermeer
66 hp
4,365 lb (1,980 kg)
Vermeer BC600XL
Vermeer
27 hp
1,900 lb (862 kg)
Vermeer BC700XL
Vermeer
25 hp
1,799 lb (816 kg)
Vermeer BC900XL
Vermeer
35 hp
3,060 lb (1,388 kg)
Vermeer BP8000
Vermeer
85 hp
3,739 lb (1,696 kg)
Vermeer BPX9000
Vermeer
85 hp
5,060 lb (2,295 kg)
Vermeer CT718
Vermeer
540 hp
44,000 lb (19,958 kg)
Vermeer CTX100
Vermeer
3,514 lb (1,594 kg)
Vermeer D220X300
Vermeer
414 hp
74,000 lb (33,566 kg)
Vermeer D23X30
Vermeer
101 hp
16,499 lb (7,484 kg)
Vermeer D24X40II
Vermeer
Vermeer D36X50
Vermeer
140 hp
19,800 lb (8,981 kg)
Vermeer D36X50II
Vermeer
Vermeer D40X55
Vermeer
139 hp
31,500 lb (14,288 kg)
Vermeer D40X55DR
Vermeer
139 hp
31,500 lb (14,288 kg)
Vermeer D500X500
Vermeer
801 hp
84,801 lb (38,465 kg)
500.0 gal
Vermeer D60X90
Vermeer
Vermeer D750X900
Vermeer
801 hp
95,800 lb (43,454 kg)
500.0 gal
Vermeer FL243
Vermeer
7,302 lb (3,312 kg)
Vermeer FT100
Vermeer
Vermeer FT300
Vermeer
299 hp
26,460 lb (12,002 kg)
Vermeer GB812
Vermeer
140 hp
10,800 lb (4,899 kg)
Vermeer HG200
Vermeer
85 hp
5,540 lb (2,513 kg)
Vermeer HG8000TX
Vermeer
949 hp
125,000 lb (56,699 kg)
Vermeer MTR12
Vermeer
Vermeer MTR16
Vermeer
Vermeer MX125
Vermeer
Vermeer MX240
Vermeer
23 hp
15.0 gal
Vermeer MX300
Vermeer
Vermeer PD10
Vermeer
49 hp
14,136 lb (6,412 kg)
Vermeer PD10R
Vermeer
Vermeer PTX40
Vermeer
47 hp
2,740 lb (1,243 kg)
Vermeer R250C
Vermeer
Vermeer RT450
Vermeer
42 hp
3,380 lb (1,533 kg)
Vermeer RTX1250
Vermeer
127 hp
10,900 lb (4,944 kg)
Vermeer RTX250
Vermeer
1,799 lb (816 kg)
Vermeer RTX450
Vermeer
Vermeer RTX550
Vermeer
65 hp
5,600 lb (2,540 kg)
Vermeer RTX750
Vermeer
Vermeer S450TX
Vermeer
2,500 lb (1,134 kg)
Vermeer S650TX
Vermeer
25 hp
2,690 lb (1,220 kg)
← Prev Page 3 of 6 Next →