Digital Lift Plan & Permit | EngineerHow.com

📁 Load Lift Plan Template: Pre-configured lift plans for common scenarios - auto-fills load details, dimensions, and crane configuration

General Details

Location / Site Address

Date of Lift

Description of Lift

Lift a piece of concrete load to various positions for testing and training purposes (Vertical Lift).

Load Details & Calculation

Net Weight (T)

Rigging Allowance (T)

Gross Weight (T)

Dimensions

Center of Gravity

Crane Configuration

Selected Crane

Boom Length Config

Radius (Max) Max Limit: 10 Meters

Outrigger Spread

Ground Bearing Pressure Analysis

Comparison of imposed load vs. ground capability (Concrete Yard).

IMPOSED LOAD

25.2 tm²

<

GROUND CAPACITY

50.2 tm²

PASS

Site Diagram & Hazards

5m Gate

Crane
Pos

Confined Area

Risk Assessment Acknowledgement

Identify & Acknowledge (Tick to confirm)

Personnel in Lift Area: Risk of impact.
Control: Barrier off area, post security.

Weather Conditions: Crane instability.
Control: Anemometer check (Limit 9.8 m/s).

Load Swing/Impact: Damage to structures.
Control: Use 2x Tag Lines.

Crane Unserviceable: Load falling.
Control: Thorough Examination & Pre-use checks complete.

Method Statement Sequence

Verify each step to proceed to sign-off.

1. Crane arrives 09:30. Induction & Docs check.

2. Position Crane. Extend Outriggers (6m x 4.8m).

3. CRITICAL: 360° Slew Test (Unladen) for stability.

4. Rigger attaches 1-leg web sling & shackle.

5. Set Boom to 26.9m (or required length). Brief Operator.

6. TRIAL LIFT: Hoist just off ground. Check tension.

7. Execute Lift: Hoist, Derrick, Slew to position.

8. Land Load. De-rig crane & accessories.

Permit Sign-Off

Verification
By signing below, you confirm that ground bearing capacity (50.2 tm²) exceeds the worst-case outrigger load (25.2 tm²) and all personnel are briefed.

Lift Supervisor

Crane Operator

Rigger / Banksman

Date/Time

EngineerHow Lift Manager

Digital Lift Management & Permit System