MAXSUR  |  SKU: RSL512XL

Rothbucher XL Foldable Drone Ground Control Targets – RSL512XL & RSL532XL

Regular price $ 253.00
Shipping calculated at checkout.

Target Model

Description

Rothbucher • High-Altitude Drone Mapping

XL Foldable Drone Ground Control Targets for Higher-Altitude Photogrammetry

The Rothbucher RSL512XL and RSL532XL expand from a compact 350 x 350 mm folded size to a large 650 x 650 mm target for aerial mapping at greater operating heights. They are designed for teams that need a larger visual reference while keeping transport and storage manageable.

650 x 650 mm Open350 x 350 mm FoldedDouble-SidedReusableAbove 100 mGPS Center Hole

Choose the Target Pattern

RSL512XL — Cross Pattern

Large foldable cross-style target for high-altitude drone mapping and photogrammetry.

RSL532XL — Circle Pattern

Large foldable circle-style target for teams that prefer a circular aerial reference.

Sold in manufacturer sales packs of 5 targets. The price shown for each variant is for one 5-target pack.

Built for Greater Stand-Off & Altitude

Both XL targets are waterproofed and UV resistant, include a central hole for precise GPS calibration, can be secured with tent pegs, and are printed on both sides. Rothbucher specifically recommends the XL format for heights above approximately 100 meters, subject to camera quality, weather and field conditions.

Large Crash Scenes

Useful when mapping long road segments, intersections, multi-vehicle scenes or broad outdoor areas from higher altitude.

Facility & Campus Mapping

Provide more visible control on larger sites where the aircraft must operate higher or cover a wider footprint.

Specifications

Closed Size 350 x 350 mm
Opened Size 650 x 650 mm
Printing Printed on both sides; choose the face that contrasts best with the background
Calibration Central hole permits exact calibration by GPS
Ground Attachment Can be secured with tent pegs
Environment Waterproofed and UV resistant
Recommended Use Ideal for heights above approximately 100 meters; actual visibility is device- and weather-dependent

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