Marking Robot – Roboter Plotter by Tyker
Autonomous marking robot for precise pre-marking – ideal for construction sites and asphalt projects.
2 robots at a discounted price in Stuttgart
Special offer available immediately
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Easily fits in the
car trunk
car trunk
Replaceable
battery
battery
Significant time savings
Outdoor and
indoor use
indoor use
Cloud software and secure management
Autonomous
driving
driving
Marking Robot Benefits for Construction & Road Projects
Robotic plotter vs. manual work: Key Differences
Accuracy
Employee number
Total working
time per 1 km
time per 1 km
±0,5 – 2 cm
±2 – 10 cm
1 robot plotter
3 - 4 workers
- 30–90 minutes per 1 km for advanced models.
- 1–2 hours per 1 km for simpler systems.
On average, 5–8 hours per 1 km, with possible adjustments.
Robot plotter work
Labor force
Human work
Robotic plotter vs. manual work: Key Differences
Accuracy
Employee number
Total working
time per 1 km
time per 1 km
±0,5 – 2 cm
±2 – 10 cm
1 robot plotter
3 - 4 workers
- 30–90 minutes per 1 km for advanced models.
- 1–2 hours per 1 km for simpler systems.
On average, 5–8 hours per 1 km, with possible adjustments.
Robot plotter work
Labor force
Human work
Areas of application for autonomous pre-marking
Marking of parking lots and parking houses
- Marking of parking spaces.
- Pedestrian and safety zone marking.
- Designation of EV, loading, and accessible spots.
- Traffic flow and directional markings.
Ground marking for construction
- Marking of bored pile positions.
- Marking of foundation layouts.
- Marking of plot boundaries and divisions.
- Marking of excavation and trench lines.
Marking of roadway boundaries / road lines
- Precise marking of road boundaries with high accuracy.
- Application of horizontal road markings (stripes, signs, arrows).
- Ability to work on various types of road surfaces.
- Ensuring uniformity and clarity of lines.
Exhibition booth layout
- Marking of football, basketball, and tennis courts.
- Marking of athletic tracks and fields.
Marking of sports fields and stadiums
- Marking of runways.
- Marking of aircraft parking spots and transport corridors.
Marking of airports
- Marking the boundaries of booths and exhibition areas.
- Marking the installation lines for structures and partitions.
- Marking the aisles and technical zones.
Warehousing complexes / logistics centers
- Marking of storage areas and shelving rows.
- Marking of forklift and equipment pathways.
- Marking of loading and unloading zones and buffer areas.
- Marking of pedestrian crossings and safety zones.
Marking in Industrial Facilities
- Marking of production zones and work areas.
- Designation of machine operating zones and restricted areas.
- Safety line markings (hazard warnings, emergency exits).
- Marking of pathways for personnel and transport equipment.
Your customized case
5 Easy Steps to Perfect Line Marking
step 5
Upload your drawing
The robot runs for up to 8 hours on a single charge. Need more time? Just swap in a fresh battery and keep going.
step 4
Monitor in real time
Watch the progress live via the web app. You can track what’s been pre-marked, what’s next, and how much has been completed.
step 3
Start pre-marking
Once positioned, the robot follows the uploaded design and begins pre-marking—automatically and precisely. Whether it’s lines, points, or complex layouts, everything is accurately and precisely pre-marked.
step 2
Position the robot
Place the Robot Plotter on-site. It uses advanced GPS technology (RTK-GNSS or Total Station) to position itself with pinpoint accuracy.
step 1
Upload your drawing
Start by uploading your digital plans (in DXF format) to the Tyker Civil Web App. This tells the robot exactly where to go and what to mark.
FAQ
- The Robot Plotter is used for autonomous pre-marking on construction sites. It utilizes RTK-GNSS for ultra-precise positioning and offers optional Total Station compatibility for flexible site setups. For pre-marking, it is equipped with a powerful paint-spraying module. Optionally, a drilling module can be integrated, capable of creating holes up to 15 cm deep — for example, to prepare bore piles or reference points. The robot follows preloaded digital plans for precise pre-marking. These plans, in DXF format, can be uploaded via the Tyker Civil Web App, enabling real-time monitoring and progress tracking during operation.
- The marking speed typically matches a brisk walking pace (about 3–5 km/h), ideal for high-precision pre-marking on parking lots, roadways, or construction sites. For complex patterns, the speed is reduced to ensure maximum accuracy.
- The Robot Plotter supports DXF files, the most common file format for digital construction drawings, CAD plans, and layouts in the construction and infrastructure sector. Based on these files, the robot performs precise automated pre-marking exactly according to the plan.
The Robot Plotter operates 6 to 8 hours per battery charge, depending on usage intensity. It uses a standard charger that fully recharges the battery in approximately 3 hours. The battery is easily swappable, similar to e-bike systems, allowing quick replacements to minimize downtime on site.
Thanks to its compact dimensions (90×63×44 cm) and lightweight design (21 kg), the Robot Plotter fits easily in the trunk of a small car and can be lifted by one person. Antennas are quickly attached by screwing on, making the unit ready for use in no time.
Do you have a specific project in mind where you would like to try out the Robot-Plotter?
Fill out the form and our manager will contact you shortly.
Rent the Robot-plotter on a daily basis
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