Last updated October 2026

Jib Crane Guide: Freestanding vs Wall-Mount, Costs & Sizing

Jib cranes solve the most common material-handling complaint in industrial facilities: the bridge crane covers the main bay, but the workstation in the corner — the CNC machine, the welding cell, the loading dock — still moves everything by forklift or by hand. A jib crane puts targeted lifting exactly where the work happens, at a fraction of a bridge crane's cost.

The three main types

• Freestanding (pillar) jib cranes. A self-supporting column on its own foundation, with 180–360° rotation. The most versatile type — goes anywhere with floor space and a foundation. Capacities typically 0.25–5 tons, booms 8–20+ feet.
• Wall-mounted jib cranes. Bracket-mounted to a building column or wall, 180–200° rotation. Cheaper and no foundation needed — but only where the building structure is verified adequate, and capacity is limited by the column.
• Articulating jib cranes. Two-arm design that reaches around obstructions and into machines. Lower capacities (usually under 1 ton) but unmatched positioning precision for assembly and machine tending.

The foundation is the project

For freestanding jibs, the crane itself is straightforward — the foundation is where projects succeed or fail. A 2-ton jib on a 16-foot boom generates enormous overturning moment at the base, and the foundation must be engineered for the specific soil and the crane's loads. Undersized foundations cause the slow lean that destroys slew bearings and creates a tipping hazard. Any quote that doesn't include engineered foundation work (or explicitly verify an existing slab) is incomplete.

Sizing a jib correctly

Three numbers define a jib: capacity (rated load at the boom tip — capacity drops as the trolley moves outward, so size for the tip), boom length (reach needed plus clearance), and height under boom (tallest load plus rigging plus clearance). The most common sizing mistake is specifying capacity at the column instead of at full reach — always confirm the capacity rating point on the quote.

Powered vs manual rotation

Manual (push) rotation is standard and fine for intermittent use under ~1 ton. Powered rotation pays for itself on busier jibs: smoother positioning, less operator fatigue, and better load control. Similarly, electric hoists are near-universal now — manual chain hoists on jibs are a false economy in any production setting.

Installation requirements

Jib cranes look simple, but the foundation or building connection is the engineering that matters. Free-standing jibs need a concrete foundation sized for the overturning moment — the vendor supplies the loads, a local engineer sizes the footing for your soils. Wall/column-mounted jibs need the building column verified for the combined vertical and moment loads; pre-engineered metal building columns very often need reinforcement. Foundationless jibs bolt to a 6-inch reinforced slab with epoxy anchors — convenient, but verify the slab thickness and rebar actually exist before counting on it. In every case: no jib goes up without the support engineering signed off.

When a jib isn't enough

Jibs fail gracefully into bridge cranes when: the work area grows beyond the jib's circular coverage, loads exceed ~5 tons regularly, or multiple workstations need coverage along a line (three jibs cost more than one light bridge crane). The honest test: sketch the coverage circles on the floor plan. If the circles overlap heavily or leave dead zones where lifts actually happen, price a single girder bridge crane for comparison — it's often cheaper than the jib farm.

Power and control options

Jib hoists run on the same power choices as larger cranes: electric chain hoists (the default for most jib applications), wire rope hoists for heavier or higher-duty use, and air hoists for hazardous or spark-sensitive environments. Controls are pendant (standard), radio (worthwhile when the operator needs to position at the load), and for powered-slew jibs, the same pendant with a slew function. Festoon power feed along the boom is standard; for 360° free-standing jibs, a bottom-entry collector avoids cable wind-up.

Jib crane costs by type (installed, 2026 est.)

Foundation work for free-standing jibs adds $2,000–$6,000 depending on soils and the footing size the engineer requires.

Maintenance basics

Jib cranes are the lowest-maintenance crane in the plant, but "low" isn't "none." Grease the slew bearing per the manufacturer's interval, check the mounting bolts for tightness quarterly (vibration loosens them), inspect the hoist and wire rope on the same schedule as any other hoist, and watch the boom for deflection changes that signal overload events. A five-minute monthly walkaround by the area operator catches nearly everything before it matters.