
How slewing the post driver shifts weight uphill on steep ground. Both the 180 and Swinga allow on-the-move rotation via tractor valving.

When to drill with an auger vs spike with a rock spike — based on limestone, papa, river stone, and shingle. Interchangeable kits with 1+ tonne down pressure.

Side-by-side comparison of the Revolution 180 and Swinga. Same mast, same reach, within 10kg — but built for different working conditions.

The telescopic mast pulls 4,200kg direct and up to 11 tonne with stroking. See how it handles strainer removal, post adjustment, and heavy pulling.

Carry 30 fence posts, 9 strainers, and all your tools on the 180's subframe. Tony walks through his complete one-man fencing workflow.

Four heel-pin positions let you tune mast outreach vs on-board weight. Tony demonstrates the full stroke and angle range on skid steer and tractor setups.

The Bisalloy mast faceplate is designed for replacement after years of use — relieve the weld, swap the section, and maintain full mast integrity.

How the Revolution's hydraulic feet secure the machine when arms won't lower further. Stepping leg system for uneven ground and heavy mast pulling.

Operate the Revolution post driver remotely on steep banks and difficult access — no second operator required. Full remote control package demo.

Watch the Revolution mast work from maximum tractor height down into deep culvert crossings. Full demo of top link, stroke, and 600mm side shift range.

Overview of the compact 300kg lead-filled hammer — RHS construction with secure rope hook, built for maximum impact in a weight-efficient package.

See how the Revolution post cap is profile-cut from a single steel block with a UHMWPE insert and floating rubber pad for long-lasting impact performance.

Full operational demo of the Revolution 180 on a skid steer. See the 190-degree rotation, 600mm side shift, and complete strainer driving sequence.

Tony White explains the 30+ year design history behind Revolution Post Drivers — built for tight access, steep terrain, and lightweight efficiency.