Rigging – Load Preparation Before Aerial Lifting

This training module is a specialized variation of the "Rigging: Load Audit" simulator.
This time, trainees are placed in a proactive scenario: rather than auditing existing configurations, they must prepare four different loads for aerial lifting by selecting the right equipment and assembling the correct rigging setup.

An Immersive Simulator

Using the camera of a mobile device or tablet, trainees can visualize and inspect life-sized loads: steel beams, coils, pipes, valves…
All rigging equipment is modeled in photorealistic 3D, based on real-world cases and validated by the training teams at Bishop Lifting Products.

Users can walk around the objects freely, zoom in on details, and even adjust their virtual viewpoint to inspect the top of a tall load.

Training Objectives

Trainees interact with life-sized 3D loads and must:

• Select the appropriate rigging equipment from a virtual rack (slings, shackles, hooks, protective elements, etc.)
• Determine the correct type of hitch for each load, based on the mission requirements
• Consider constraints such as load fragility, surface protection, angle of lift, or center of gravity
• Develop sound judgment in choosing safe, efficient, and mission-compliant rigging solutions

This AR training helps sharpen decision-making skills, encourages good rigging practices, and builds operational confidence.

Target Audience

This simulator is designed for:

• Experienced riggers seeking to reinforce their practical rigging preparation skills
• Rigging team leaders responsible for load setup prior to crane operations
• Technical trainers delivering high-risk lifting training programs
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Included Rigging Scenarios

Each training scenario immerses the user in a different load-preparation challenge, modeled in photorealistic 3D and projected in their real environment via a smartphone or tablet.

Scenario 1: Steel Beam Rigging

Prepare a 2.6-meter beam for lifting.
Choose hardware that ensures proper load distribution and prevents swinging or scratching during the lift.

Scenario 2: Lead Pipe Rigging

Set up a 9-meter lead pipe.
Take into account its length, flexibility, and the need to maintain alignment throughout the lift.

Scenario 3: Steel Coil Rigging

Configure a secure lift for a 2-meter diameter steel coil.
Select the correct slings, avoid damage to the coil strapping, and ensure appropriate load balance.

Scenario 4: Cast Iron Valve Rigging

Prepare a 4.2-meter-high valve for aerial transport.
Focus on weight distribution, protective rigging to avoid damage, and secure attachment points.

Why Choose This AR Training Simulator?

• Hands-on, realistic training with zero risk
• Life-sized 3D equipment projected into the trainee’s real environment
• No headset required – accessible from any smartphone or tablet
• No logistics – no need for on-site loads or equipment
• Ideal for experienced riggers who need to sharpen critical thinking and setup expertise

Master the Art of Rigging Preparation

Train your teams to choose, prepare, and assemble rigging with precision using cutting-edge augmented reality.
Practice anywhere. Reduce risk. Lift smarter.