Typhon STOMP 2,000 lb Mini Skid Steer, 23 HP Gas

• Operating Weight: 2,000 lbs

• Engine: 23.5 HP Briggs & Stratton — EPA Certified

• Max Torque: 50 NM @ 3,000 RPM

• Drive System: Hydraulic Four-Wheel Drive (Wheeled)

• Top Speed: 6 kph (3.7 mph)

• Rated Operating Capacity: 830+ lbs

• Main Hydraulic Pump Flow Rate: 11.4 GPM

• Auxiliary Pump Flow Rate: 5.7 GPM × 2 (dual aux circuits)

• Price: $7,699 (was $9,199)

• Financing: From $642/mo

• Warranty: 1 year

• Shipping: Free, from US warehouse

What's Included: Standard skid-steer digging bucket, toolbox, digital manual

Wheeled Hydraulic 4WD — Speed, Surface Compatibility, and Lower Maintenance Than Tracks The wheeled configuration is the defining platform choice of this STOMP variant and the primary reason to select it over a tracked skid steer for the right application set. On firm, improved, and hard surfaces — gravel, compacted soil, asphalt, concrete, packed agricultural ground, improved park and estate grounds — wheeled skid steers travel faster, turn more responsively, and accumulate dramatically less maintenance burden than tracked machines working the same terrain. Track replacement and tensioning is a recurring cost and downtime event on tracked machines operating on abrasive or hard surfaces; wheeled machines running the same conditions have no equivalent maintenance cycle. The STOMP's hydraulic four-wheel-drive system delivers power to all four wheels simultaneously, maintaining traction on uneven and moderately soft terrain while preserving the speed advantage that makes wheeled machines more productive on the transit moves that add up to a significant portion of total job site time. At 6 kph top speed — 9% faster than the 1,800 lb STOMP variant — the 2,000 lb machine covers more ground per hour on larger properties, farm operations, and multi-zone job sites where machine travel between work areas is a meaningful time factor across a full day.

36-Inch Gate Clearance — Access Where Larger Machines Cannot Go The STOMP's compact footprint is not a limitation — it is the machine's most practically valuable dimension on residential, agricultural, and estate job sites where access gates, fence openings, building doorways, and landscaped pathways determine what equipment can reach a work area at all. Verified customer experience confirms the machine passes through 36-inch residential access gates — the standard single-gate width on most residential fencing — enabling it to reach enclosed backyards, walled gardens, orchard interiors, greenhouse compounds, and fenced paddocks that are completely inaccessible to full-size skid steers, tractors, and larger equipment. For landscaping contractors who regularly work in residential and estate environments where rear yard access is gated, this dimension isn't a specification detail — it determines whether a job requires hand labor, machine labor, or an entirely different scope of work. The machine that fits through the gate does the job in hours; the machine that doesn't fit requires days of manual effort to accomplish the same result.

830-lb Rated Operating Capacity — Real Lifting for Real Work At 830+ lbs rated operating capacity, the STOMP lifts, carries, and loads material at a volume that makes a measurable difference in job duration across the applications where skid steer loaders earn their place: loading dump trailers with excavated spoil, moving landscape material bales, hauling gravel and aggregate, positioning large planters and landscape elements, clearing brush piles from land clearing operations, and stacking or moving palletized materials on commercial sites. This capacity level represents the practical threshold where the machine can handle a full bucket of dense material — wet soil, aggregate, compacted fill — without cycle-count limitations that force reduced bucket loads and slower overall productivity. Combined with the 6 kph travel speed, the STOMP's cycle times — fill, lift, travel, dump, return — are fast enough to serve as a genuine production tool rather than a light-duty material handler on residential and agricultural job sites.

11.4 GPM Main Pump + Dual 5.7 GPM Aux Pumps — Full Attachment Versatility The hydraulic system architecture is the STOMP's most technically significant feature for buyers planning to run attachments beyond the included bucket. The 11.4 GPM main pump drives the loader boom and bucket functions with flow rates sufficient for responsive, consistent hydraulic performance under load. The dual auxiliary pump circuits — 5.7 GPM each — provide dedicated hydraulic flow to attachment circuits independently of the main loader function, enabling the full range of power-intensive skid steer attachments to operate at their designed performance parameters without stealing flow from the loader system. In practical terms, this means augers drill at full rotation speed while the boom maintains position, hydraulic breakers cycle at full BPM without loader function degradation, and sweeper motors turn at rated speed through the working pass. For buyers planning to build a multi-attachment fleet on a single machine frame — rotating between auger, grapple, sweeper, pallet fork, and bucket across different job types — the dual aux circuit architecture is the hydraulic foundation that makes true multi-tool operation possible without attachment performance compromise.

23.5 HP Briggs & Stratton — EPA-Certified Gas Power with Broad Service Access The B&S 23.5 HP engine in the STOMP is EPA certified, single-cylinder air-cooled gasoline power in the displacement class appropriate for a 2,000-lb compact loader operating at the duty cycles typical for residential and agricultural applications. Briggs & Stratton maintains one of the broadest service and parts networks in North America — engine service, replacement parts, and consumables are available through small engine shops, power equipment dealers, and farm supply stores in virtually every rural and suburban market. For buyers operating in areas distant from specialized heavy equipment dealers, the B&S service network accessibility is a meaningful operational advantage over diesel-powered alternatives that require authorized engine service for warranty work and parts sourcing. Gasoline fuel availability at any pump — without the diesel fuel planning that off-road diesel equipment requires in some regions — also simplifies day-to-day fuel logistics for operators running the machine across multiple properties or job sites.

50 NM Torque @ 3,000 RPM — Consistent Power Through Attachment Loads Maximum torque of 50 NM at 3,000 RPM is the engine characteristic that determines whether an attachment performs at rated capacity or bogs under load. For auger drilling in clay-heavy or compacted soil, brush cutting in dense growth, and hydraulic breaker operation in concrete and hardpan, the available torque at the hydraulic pump input directly determines attachment cycle performance. The STOMP's torque curve at 3,000 RPM maintains hydraulic system pressure through the sustained high-load cycles that attachment work demands — delivering consistent performance through the dig stroke on an auger, through the cutting pass with a mulcher head, and through the break cycle on a hydraulic hammer — rather than the power drop that occurs when engine torque runs out ahead of the load demand.

Compact Platform — One Machine, Multiple Tool Configurations The STOMP's attachment compatibility converts a single machine purchase into an expandable equipment platform that grows with the job type roster. The standard included bucket handles digging, grading, material hauling, and site clearing from day one. Adding a pallet fork converts the machine to a material handling and positioning tool for landscape supply yards and construction staging. An auger attachment adds post hole drilling — fence posts, deck footings, tree planting — without a separate dedicated machine. A grapple attachment handles brush, log, and debris clearing without manual loading. A sweeper cleans hardscape surfaces — driveways, paths, parking areas — at machine speed. Each attachment added to the fleet multiplies the job types the single machine can bid and complete, amortizing the base machine investment across a broader revenue base than a single-purpose tool ever achieves.