Sanderson 625 Teleporter Specs [best] File
| Specification | Details | | --- | --- | | | Approximately 5,500 kg - 6,000 kg (estimated based on class) | | Overall Length (without forks) | Approx. 4.0 m | | Wheelbase | Approx. 2.45 m | | Ground Clearance | Approx. 350-400 mm | | Turning Circle (outside wheels) | Approx. 9.0 m (dependent on steer mode) | | Hydraulic Pump Flow | Approx. 60-70 L/min (typical for class) | | System Pressure | Approx. 200-210 bar (industry standard) | | Tyres (Typical) | 405/70R20 or similar agricultural/industrial pattern |
The Sanderson 625 was part of the company's "Teleporter" range of rough-terrain telescopic handlers. It was produced during the late 1980s and early 1990s, with a known example from the 1993 model year still operating today. The "6" in the model number roughly corresponds to the machine's maximum lift height of approximately 6 meters (around 20 feet), placing it in the mid-size category of telehandlers. It was designed to be a robust, no-frills agricultural and light construction machine, offering a balance between lift capacity and maneuverability.
| Feature | Sanderson 625 (1982) | Modern JCB 525-60 (2024) | | :--- | :--- | :--- | | Lift Capacity | 5,500 lbs | 5,700 lbs | | Max Height | 25 ft | 19 ft | | Engine | 52 hp mechanical Perkins | 74 hp turbo diesel (Tier 4) | | Transmission | Syncromesh manual | Hydrostatic / Powershift | | Steering | Rear-pivot | All-wheel + crab | | Cab | Open ROPS or basic | Sealed, heated, A/C, joystick | | Price (Used/New) | $6,000 - $12,000 | $65,000 - $85,000 | | Daily Fuel Use | 1.5 - 2 gallons | 3 - 4 gallons |
This model quickly became a common sight on farms and construction sites across the UK and Europe. A key aspect of its design was that it was engineered to be a dedicated telehandler rather than just an adaptation of an existing loader, setting it apart from some competitors at the time. sanderson 625 teleporter specs
A voice-coil actuator allows the 625 to speak warnings. It uses a neutral female voice with a 72 dB maximum volume.
The powertrain routes energy via a robust torque converter transmission, allowing the machine to comfortably handle muddy fields, livestock yards, and uneven construction terrain. Thanks to its 4-wheel drive configuration and wide-profile 16/70-20 tires, the 625 offers exceptional tractive effort when pushing into silage pits or muck heaps. TL 6 Sanderson Telehandler Specs & Dimensions (1997 - 2000)
Sanderson machines of this era typically utilized robust industrial diesel engines. | Specification | Details | | --- |
: Approximately 60 HP to 79 kW depending on the specific engine model and year of manufacture.
: Typically powered by a Perkins diesel engine (e.g., Perkins 1004.4T or similar variants).
If you’ve spent any time around British farms or construction sites from the 1980s and 90s, you likely know the . Specifically, the Sanderson 625 (often part of the Teleporter 2 range) remains a legendary piece of machinery known for its ruggedness and versatility. 350-400 mm | | Turning Circle (outside wheels) | Approx
The 625's transmission is the most critical factor for any potential buyer to investigate. The machine uses a 4-speed Power Shuttle transmission. However, the specific variant used—the transmission—has garnered a notorious reputation among owners over the years.
The Sanderson 625 was engineered to handle heavy agricultural and industrial loads. Its physical footprint allows it to navigate tight barnyards while maintaining excellent stability. Load Capabilities 2,500 kg (approx. 5,500 lbs). Maximum Lift Height: 6.0 meters (approx. 19.6 feet). Capacity at Full Height: Approximately 2,000 kg. Physical Dimensions Overall Width: Approx. 2.24 meters. Overall Length (to fork carriage): Approx. 4.60 meters. Overall Height (top of cab): Approx. 2.45 meters. Ground Clearance: Approx. 350 mm.
Standard 16/70-20 agricultural or industrial tyres. Operational Features
One of the most unique specs of the Sanderson 625 is its . This is not storage in the classical sense; it is a temporary buffer that holds the quantum state of the teleported object for up to 4.2 seconds before assembly.