Built for harsh conditions, the T76-2 compact track loader brings practical updates that help protect the machine and make it easier to live with.
The cast-steel lift arm sections of the R-Series loaders are designed for optimal performance. Combined with the optimized lift-arm linkage, you can handle more challenging jobs with greater confidence and ease.
With the standard Bob-Tach® mounting system, you can change an attachment on your loader in less than a minute. Easily swap between different attachments, such as a bucket, auger, landscape rake, or grapple, throughout your day.
Machines in one range are compared against each other — these are the four figures the choice usually comes down to.
The middle machine of the range with strong hydraulics: 115 l/min High Flow and 1,417 kg capacity. The balance between the T66-2's access and the T86-2's output — a contractor's workhorse.
| Engine power | Hydraulic flow | Lift height | Tipping load | |
|---|---|---|---|---|
| T66-2 | 55 kW (74 hp) | 102 l/min | 3,0 m | 3 175 kg |
| T76-2this model | 55 kW (74 hp) | 115 l/min | 3,3 m | 4 050 kg |
| T86-2 | 85,8 kW (115 hp) | 159 l/min | 3,7 m | 5 087 kg |
Source: B4503720-EN (08-2026)
The whole range side by side — you can see what each step up actually buys.
| T66-2 | T76-2 | T86-2 | |
|---|---|---|---|
| Tipping load (ISO 14397-1) kg | 3 175 | 4 050 | 5 087 |
| Rated operating capacity (ISO 14397-1) kg | 1 110 | 1 417 | 1 780 |
| Lift arm path | vertical | vertical | vertical |
| T66-2 | T76-2 | T86-2 | |
|---|---|---|---|
| Pump capacity, Std Flow l/min | 66.5 | 88.1 | 87.1 |
| Pump capacity, High Flow l/min | 101.8 | 114.7 | 138.5 |
| Pump capacity, Super Flow l/min | — | — | 159 |
| System relief at quick couplers MPa | 23.8 – 24.5 |
| T66-2 | T76-2 | T86-2 | |
|---|---|---|---|
| Engine | Bobcat 2.4 l, 97/68 EC Stage V | Bobcat 2.4 l, 97/68 EC Stage V | D34 BSHV, 97/68 EC Stage V |
| Power at 2,600 rpm (ISO 14396) kW | 55 | 55 | 85.8 |
| Torque at 1,800 rpm (ISO 14396) Nm | 280 | 280 | 426 |
| Displacement cm³ | 2 400 | 2 400 | 3 409 |
| Number of cylinders | 4 | 4 | 4 |
| Fuel tank l | 107.1 | 120 | 120 |
| Fuel / cooling | diesel / liquid | diesel / liquid | diesel / liquid |
| T66-2 | T76-2 | T86-2 | |
|---|---|---|---|
| Breakout force — boom kg | 2 036 | 3 070 | 3 559 |
| Breakout force — bucket kg | 2 279 | 2 978 | 4 274 |
| Push force kg | 3 401 | 3 880 | 4 659 |
| T66-2 | T76-2 | T86-2 | |
|---|---|---|---|
| Raise lift arms s | 3.8 | 4.5 | 5.2 |
| Lower lift arms s | 2.2 | 2.9 | 3.5 |
| Bucket rollback s | 1.6 | 1.6 | 2.2 |
| Bucket dump s | 2.3 | 2.2 | 2.8 |
| T66-2 | T76-2 | T86-2 | |
|---|---|---|---|
| Travel speed, low range km/h | 11.6 | 10.9 | 8.7 |
| Travel speed, high range km/h | 16.4 | 14.8 | 17.2 |
| T66-2 | T76-2 | T86-2 | |
|---|---|---|---|
| Operating weight kg | 4 000 | 5 051 | 5 643 |
| Shipping weight kg | 3 679 | 4 394 | 5 228 |
| T66-2 | T76-2 | T86-2 | |
|---|---|---|---|
| Operating height (A) mm | 3 910 | 4 131 | 4 538 |
| Height with operator cab (B) mm | 2 045 | 2 079 | 2 111 |
| Angle of departure (C) ° | 27 | 27 | 30 |
| Ground clearance (D) mm | 188 | 188 | 218 |
| Ground contact length (E) mm | 1 378 | 1 505 | 1 683 |
| Length without attachment (F) mm | 2 718 | 2 895 | 3 059 |
| Length with standard bucket (G) mm | 3 427 | 3 615 | 3 783 |
| Rollback at ground position (H) ° | 30 | 30 | 30 |
| Dump height with standard bucket (I) mm | 2 396 | 2 605 | 2 980 |
| Height to bucket hinge pin (J) mm | 3 048 | 3 259 | 3 657 |
| Dump reach at maximum height (K) mm | 933 | 922 | 877 |
| Dump angle at maximum height (L) ° | 37 | 37 | 39 |
| Rollback fully raised (M) ° | 94 | 94 | 98 |
| Width over standard bucket mm | 1 880 | 2 032 | 2 032 |
| Turning radius with standard bucket (O) mm | 2 104 | 2 202 | 2 162 |
| T66-2 | T76-2 | T86-2 | |
|---|---|---|---|
| Operator position noise (ISO 6396 / ISO 4871) dB(A) | 78 | 78 | 79 |
| Bystander noise (ISO 6395) dB(A) | 103 | 103 | 105 |
| Whole body vibration (ISO 2631-1), high speed m/s² | 0.80 | 0.71 | 0.63 |
| Hand-arm vibration (ISO 5349-1), high speed m/s² | 2.80 | 1.84 | 1.84 |
Source: B4503720-EN (08-2026)
Torsion Suspension Undercarriage
Superior Lift Arms
Automatic Ride Control
Two Speed Travel
Remote Control
Intuitive Controls
8 Inch Color Touchscreen Display
Redesigned Bobcat Engine
Dual Direction Bucket Positioning
HVO ReadyGrease Point Access
Improved Engine Uptime
Improved Cooling
Sound Dampening Features
Clear Visibility
Hydraulically Cushioned Cylinders
Attachment VersatilityGrouped by machine system, per the brochure table.
ROPS meets the requirements of SAE-J1040 and ISO 3471; FOPS meets SAE-J1043 and ISO 3449, Level I.
On a tracked machine the undercarriage is what decides your cost per hour.
The R-Series undercarriage is built on 5-Link Torsion Suspension: more stability when lifting or grading, and a smoother ride. The design is simple and durable, and it damps vibration — so the rest of the machine's components last longer too.
Rollers and idlers are forged steel — no weak plastics or rubber, which are the first parts to fail. Sprockets are forged with an HT-5 hardness rating, the highest of all Bobcat standards for hardness, tensile strength, impact, casting and surface.
A horizontally mounted tension cylinder leaves room between the frame and the track for cleanout. The frame is sloped on both sides, so sand, dirt, mud and debris shed by themselves through the day, and raised cutouts between the rollers make it easy to clear the rest by hand.
Front idlers ride on the rubber track's roller way and the rollers are wider — less vibration for the operator and less track wear. The optional Torsion Suspension adds dual-flange front idlers and wider rollers still: the comfort of roller suspension with the stability of a solid-mounted undercarriage.
Single-flange rear idlers keep track tension consistent, which markedly reduces the chance of the track loosening and de-tracking in tough conditions.
Bobcat rubber tracks, idlers, rollers and sprockets are designed as one set to factory tolerances. Mixing them with non-genuine parts breaks that geometry: uneven track wear costs more than the part ever saved.
Broken down by stage of work — what the job consists of and what does each stage. What is available on this particular machine is in «Compatible attachments» below.
The five stages every site goes through — from ground nobody has touched in decades to a lawn that will be maintained for years. Tracks work for you twice here: low ground pressure spares turf and paving, while traction lets you climb inclines and cross wet ground.
Stumps, brush, self-seeded growth, construction debris. Remove everything unwanted without damaging what stays.
Pull out the big stones, break up the soil, bring it to level. The landscape rake picks up rocks from 19 mm while smoothing the surface; the grader blade is six-way with a reversible cutting edge and optional laser control. A mistake here shows up a season later as settlement.
Services, drainage, holes for posts and trees. The knuckle-joint auger holds vertical on any terrain and digs 30 cm deeper than standard units. The trencher puts pipe below the frost line in a single pass.
The seeder places seed at the right spacing and depth — germination is more even than broadcasting, and seed does not spread where it is not wanted. The soil conditioner follows the ground contour and prepares the bed for seeding or sodding.
The job does not end at handover: usually the same client asks you to maintain what you built — all year round. Swap the attachment and the machine turns from a build machine into a service machine.
Source: B4502790-EN (03-2024)
The full pavement repair cycle on one machine: strip the old surface, bring the base to level, clean, lay the new material, compact. Tracks provide the stability and push force without which a heavy attachment such as a planer simply slips.
Removing pavement and cutting trenches through asphalt, concrete, frozen ground and wire mesh. The planer's hydraulic side-shift works tight to kerbs and walls, each ski has independent hydraulic depth control, and teeth can be replaced individually to match the material. The wheel saw cuts from 15 to 80 cm deep.
The base under the new surface. The grader blade is six-way with a reversible cutting edge and manual side-shift of up to 30 cm each way, optionally with laser control. The HD box blade cuts in both directions and tilts up to 20 cm — handy on car parks and pavements.
Before the bituminous layer the surface has to be clean and dust-free. Sweepers clean forward and in reverse; the HD open-frame sweeper carries its brush ahead of the bucket, which suits milled asphalt. The multipurpose sweeper's hopper opens hydraulically from the cab. The pressure washer runs from the cab or off a 20-metre hose reel.
Pavements, road widening, trench backfill, sub-base layers. Spread thickness is adjustable and there is hydraulic side-shift.
Compacting a trench bottom with an attachment removes the need to put a worker down there. For the road surface, use the vibratory roller attachment or dedicated light compaction equipment from the Bobcat range.
Source: B4503491-EN (11-2025)
The cutter turns a tree into mulch in one pass — no separate felling, skidding or haulage. The compact machine slaloms between trunks and takes out exactly what needs to go.
The cutter cuts, grinds and mulches a tree within minutes, leaving a clean site. Spiral tooth pattern, double-tipped carbide teeth, below-grade operation.
Grabbing, loading and chipping slash. The root grapple is built for branches, brush and heavy material — a heavy-duty design that improves wear life.
The stump grinder sits at 90°, so the stump stays in view from the seat, and it grinds away the concealed part up to 30 cm underground as well.
Source: B4489942-EN (04-2018)
The compact machine reaches the target tree between the trunks, and travels on an ordinary trailer.
Only the selected tree is cut — surrounding vegetation is left undamaged.
The mandatory protection kit gives the operator and the machine top-level protection in these conditions.
No extra equipment required: from standing tree to mulch.
| Cutting width, mm | Teeth | Counter-cutter rows | Tree diameter, continuous (mm) | Tree diameter, intermittent (mm) | Tree diameter, occasional (mm) | Weight, kg | |
|---|---|---|---|---|---|---|---|
| FRC150ST | 1 500 | 30 | 3 rows | 100–120 | 150–200 | 220–260 | 850 |
| FRC150HT | 1 500 | 30 | 5 rows | 100–120 | 180–220 | 250–300 | 1 050 |
| FRC200HT | 2 000 | 36 | 5 rows | 100–120 | 180–220 | 250–300 | 1 270 |
All three run on High Flow only and require a control kit — on a machine without High Flow the cutter will not work. Trunk diameters: “continuous” is sustained operation, “intermittent” is individual trunks, “occasional” is the limit diameter. HT models use the variable-torque M-Boost motor: 40% more power and fast recovery from overload. We confirm the exact model for your machine at order.
Contents per the Forestry Solutions brochure B4489942-EN (04-2018); the kit for your specific machine is confirmed at order.
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