Choosing between a telehandler and a forklift in a mining context isn't just a spec question — it's an operational decision that affects safety, productivity and total cost. Here's how to think through it.
Both telehandlers and forklifts move heavy loads, but they're engineered for fundamentally different operational profiles. In mining — whether underground or surface — these differences become critical.
A forklift is built for repetitive, high-cycle tasks on flat, predictable surfaces. It excels at dock loading, warehouse operations and moving palletized loads in controlled environments. Its counterbalance design keeps loads close to the front axle, and it operates at a fixed mast angle with limited reach.
A telehandler (telescopic handler) extends its boom forward and upward, placing loads at distances and heights far beyond what a forklift can reach. It's designed for uneven terrain, variable load types and multi-task versatility — exactly the conditions found in most mining environments.
Key insight: In underground mining, the question is rarely telehandler vs. forklift — it's which telehandler. Underground environments demand low ground pressure, compact turning radius, high reach and the ability to handle multiple attachment types. Forklifts simply can't match this operational flexibility.
In surface mining operations, materials must be placed at height — on trucks, stockpiles, conveyor loading points and multi-level structures. Standard forklifts reach 4–6 meters vertically at zero forward reach. Telehandlers can reach 9–10 meters vertically while extending 7 meters forward, fundamentally changing what's operationally possible.
Consider a concrete scenario: loading supplies onto a 400-ton mining truck. The truck bed is at 4.5 meters height. A standard counterbalance forklift can reach the bed height but must approach directly beneath the loading point. A telehandler like the Maverick MVT4010 / MVT9.32 places the load from 7 meters forward reach — without the truck needing to reposition and without the forklift operator working directly under a suspended load.
Mining sites — whether open-cut or underground — rarely offer the smooth concrete floors that forklifts require. Ramps, gravel, muddy access roads and uneven ore-body floors are standard conditions.
Standard counterbalance forklifts are rated for flat, hardened surfaces. On slopes greater than 5–8%, stability margins erode rapidly. Most manufacturers prohibit use on gradients above 10–15%.
Telehandlers use all-wheel drive with hydrostatic transmission, providing:
Underground mining presents conditions that categorically exclude most standard forklifts: low headroom, narrow drives, explosive atmosphere restrictions (in some operations), confined ventilation zones and significant ramp gradients connecting levels.
Maverick was founded in 2017 specifically to address underground mining needs. The MVT4010 Mining model features a compact profile designed for underground access roads, Cummins F3.8 Euro V engine for low emissions in confined ventilation zones, and hydrostatic 4x4 drive for ramp operation.
Underground telehandler applications include:
| Factor | Standard Forklift | Mining Telehandler |
|---|---|---|
| Max Vertical Reach | 4–6 m (mast height) | Up to 9.65 m (MVT4010) |
| Max Forward Reach | 0 (load directly above forks) | Up to 7,020 mm |
| Terrain Rating | Flat/hardened only | 4WD — all terrain |
| Gradient Capability | Max 10–15% | Up to 30–35% |
| Attachment Versatility | Limited (forks / clamp) | 20+ attachments (buckets, hooks, AWP, clamps) |
| Underground Use | Limited / not recommended | Specifically certified |
| Load Placement | Adjacent only | Remote placement — up to 7m forward |
| Emission Compliance | Varies | Euro V — optimized for confined ventilation |
Telehandlers are not always the answer. In mining operations, forklifts remain appropriate for:
Total Cost Consideration: A telehandler typically costs 30–60% more to purchase than an equivalent-capacity forklift. However, in mining environments, a single telehandler frequently replaces 2–3 pieces of equipment (forklift + crane + work platform) — significantly improving ROI when utilization is accounted for.
The right approach is to map your operational needs against equipment capabilities:
Maverick was born in underground mining. We'll help you specify the right machine for your operation.