GNSS-Guided Marking Robot for Road, Parking & Sports Fields
Sports Field Intelligente Marking Robot
An auxiliary work robot capable of automatically measuring, marking, and drawing lines. Sports fields, Highways, Municipal roads, Airport runways…
TR10 Marking Robot
Sports Field Marking Robot
An auxiliary work robot capable of automatically measuring, marking, and drawing lines. Sports fields, Highways, Municipal roads, Airport runways…
System Architecture
Import design files
Manual point collect via RTK
Select standard model on tablet
Algorithm
Decrypt, Calculation
Task scheduling, Route planning, Measuring and Locating
Automatic marking, drawing
Task recording and report
Project management, progress, statistics, review, etc
Results
Application Area
Highway
Parking lot
Sport fields
Municipal road
Agriculture
Hardware Parameters
Physical
Dimensions(L*W*H):
Wheelbase:
Wheel Track:
Weight:
Hopper capacity:
558mm*610mm*527mm
400mm
465mm
36kg
10L
Battery
Environment
Mobility
Pre-Marking
Hardware Parameters
Physical
Wheelbase:
Wheel Track:
Weight:
Hopper capacity:
400mm
465mm
41.3kg
15L
Battery
two 11v11 standard football field
Environment
Mobility
Field Marking
soccer field, football field, lacrosse court, baseball field
Hardware Parameters
Physical
Dimensions(L*W*H):
Wheelbase:
Wheel Track:
Weight:
Hopper capacity:
558mm*610mm*527mm
400mm
465mm
36kg
10L
Battery
Environment
Mobility
Pre-Marking
Hardware Parameters
Physical
Wheelbase:
Wheel Track:
Weight:
Hopper capacity:
400mm
465mm
41.3kg
15L
Battery
two 11v11 standard football field
Environment
Mobility
Field Marking
soccer field, football field, lacrosse court, baseball field
Product image with deployment context
Use the product visual with the marking workflow
The product visual is placed beside the planning steps that affect deployment: drawing or layout input, control-point method, correction availability, surface conditions and operator supervision.
- Sports-field layout and repeatable marking
- GNSS correction and control-point preparation
- Operator, site-access and material planning
Project planning
Ready to discuss a marking project?
Use the product information above to compare the workflow, then send the project context so the first discussion can focus on your layout, site preparation and GNSS correction path.
Questions before inquiry
Planning details
What project details should I share before requesting a marking-robot configuration?
Share the project type, drawing or layout input, work area, surface conditions, GNSS correction approach, destination country and planned schedule. These details help make the first discussion specific to the workflow.
Can the discussion cover road, parking and sports-field projects?
Yes. The starting point is the repeatable layout-to-site workflow. Road pre-marking, parking layouts and sports-field line marking should each be reviewed with their own drawing, positioning, surface and operating requirements.
What is the difference between configuration guidance and a quotation request?
Configuration guidance clarifies whether the site, layout and GNSS preparation are ready for the intended workflow. A quotation request adds the selected scope, quantity, destination and commercial details needed for pricing discussion.
What published evidence is available to review?
This page links to a published TOKNAV product demonstration and related workflow information. Only approved materials are presented as customer or application references.