Loading-bay approaches
Test approach, alignment and reversing movements for proposed or existing loading positions.
Technical design
Vehicle Swept Path Analysis for Warehouses and Loading Areas
KTCS uses specialist swept-path tools within AutoCAD to test how HGVs, rigid vehicles and other defined vehicles move through warehouse yards, access points and loading areas.
Design around the movement
Test vehicle access before it becomes a site constraint.
A loading area can appear workable on a general arrangement drawing while still creating difficulty for the vehicles expected to use it. Swept-path analysis adds the movement envelope, helping the project team understand turning, approach and reversing requirements before layouts are fixed or works begin.
Based in the Midlands and supporting warehouse and construction projects across the UK, KTCS combines the analysis with practical knowledge of live industrial sites, coordinated drawings and multi-trade delivery.
What we can test
A clearer view of access, turning and manoeuvring.
Yard circulation
Review turning areas, internal routes and the interaction between vehicle movements and fixed constraints.
Access points and gates
Check entry and exit movements around gate lines, security arrangements, kerbs and boundary conditions.
Layout changes
Compare options when adding bays, changing racking or work areas, altering traffic routes or reconfiguring a live site.
Defined vehicle types
Model articulated HGVs, rigid vehicles and other agreed vehicle profiles against the geometry of the site.
Operational interfaces
Expose potential conflicts with structures, bollards, pedestrian routes, parking and other operational areas.
A practical process
01
Define
Confirm the vehicle profile, intended movements, site information and decisions the analysis must support.
02
Model
Run the agreed movements against existing or proposed CAD geometry using specialist swept-path tools.
03
Review
Identify pinch points, operational interfaces and opportunities to improve the proposed arrangement.
04
Coordinate
Issue clear drawings and, where required, compare options with the wider technical and operational brief.
Useful inputs
What helps us start.
- An existing or proposed site and yard plan
- The vehicle types or dimensions to be assessed
- The intended direction of travel and loading positions
- Known constraints such as gates, kerbs, structures and protected areas
Typical outputs
Information the project team can use.
- Vehicle movement envelopes overlaid on the proposed layout
- Annotated drawings showing tested movements and constraints
- CAD and PDF issue formats appropriate to the agreed scope
- Option-comparison drawings to inform layout and coordination decisions
The reliability of the analysis depends on the accuracy of the supplied site information, vehicle data and operating assumptions. KTCS will identify where further verification is needed.
Common questions
Swept-path analysis in practice.
What is vehicle swept-path analysis?
Swept-path analysis models the space a vehicle occupies as it follows a defined route. It helps test whether access points, turns, yards and loading positions can accommodate the intended vehicle movement.
Can KTCS test a particular HGV or delivery vehicle?
Yes. The analysis can use an agreed vehicle profile so the movement is tested against the relevant dimensions and operating assumptions, subject to suitable information being available.
When should swept-path analysis be carried out?
It is most useful while layouts can still be changed, and whenever vehicle routes, access gates, loading positions or fixed site features are being introduced or reconfigured.
What does KTCS provide?
The output can include annotated CAD and PDF drawings, movement envelopes, identified constraints and comparison drawings for alternative layout options.
A practical next step
Need to test a warehouse yard or loading-area layout?
Share the site plan, intended vehicle movements and the decision you need to make. KTCS can confirm the information required for a proportionate swept-path assessment.