ISKRIT / Construction site / Delivery route map
Construction site
Delivery route map for the works execution plan
The material supply scheme for a site is drawn on a map: route points are found by name or dropped by clicking the map, road legs are routed over the road network, rail legs over railway tracks, and the distance of every stage is computed. The finished image with a title and a stage table is saved as PNG and pasted into the works execution plan.
Data current as of 2026-08-24
Standards
Material delivery section of the works execution plan (SP 48.13330, MDS 12-81.2007). Road network and railway tracks: OpenStreetMap data under ODbL. Road legs are routed by OSRM.
Input
Route points: quarry or supplier plant, station of departure, station of destination, site of the works. A mode of transport is chosen for each leg. For the haul calculation: soil volume in bank measure, the bulking factor, truck body and payload, speed and loading time.
Output
The route drawn on the map, distance per stage and in total, the number of truck loads with tonnage and shifts for the given volume, a PNG image for the plan, and a stage table ready to paste into a document as a table.
What it does
- Points by name, by coordinates or by clicking the map
- Railway stations near a settlement are suggested automatically
- Road leg routed over roads with its mileage
- Rail leg routed over OpenStreetMap railway tracks
- Hand-drawn line by clicks where the network has no route
- Truck loads, tonnage and shifts for a given cut or fill volume
- PNG image with a title, a stage table and a scale bar
The tool and the platform
The tool
- A road route between map points, with intermediate legs
- No cap on route points, set by click or by address, distance per leg
- Trips and shifts for a volume: body size, payload, bulking and compaction
- Ready modes: haul to a dump and delivery from a borrow pit
- An image for the works plan up to 4000 px, with a title and a leg table
- Works instantly, no sign-up required
Platform made to order
This platform does not exist yet: we build it around your workflow. Here is what goes into it.
- Routes belong to the site and are not lost between people and sessions
- A weekly haul plan: how many trucks are needed on each leg and when
- Delivery notes against the plan: how many trips were actually made
- A supply scheme covering several materials and transfers at once
Questions
Where do the distances come from?
A road leg is routed by OSRM over the OpenStreetMap road network and the mileage comes from its answer. A rail leg is found as the shortest path over the OpenStreetMap railway graph. A direct leg is measured along the great circle.
What if no track is found between the stations?
The tool draws a straight line and states the reason instead of substituting one silently. The line can be drawn by hand: the "hand" button in the leg row, then clicks along the visible track, with the length measured along the drawn line.
What data goes to the server?
Only the coordinates of the route points and the mode of transport. No project documentation is uploaded, and the point names are typed by the user.
How many truck loads does an earthwork volume take?
The cut or fill volume is carried over from the earthworks calculator by a button, and the haul distance comes from the built route. Then the bulking factor, truck body and payload, soil density, speed and turnaround time are entered. The tool returns the number of loads, the mass hauled, the round-trip time, machine hours and the number of shifts for the given fleet. A load is capped either by body volume or by payload, and the result states which one.