Product

Scan, analyse, evaluate and document in one go.

Birdsview Concrete combines Ground Penetrating Radar, LiDAR and precise point-cloud registration into a single workflow. Locate rebar, post-tension, conduits and voids with millimetre accuracy, in context.

  • Live GPR and LiDAR tracking
  • Millimetre positioning
  • Results on site
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3D Tracker
Bracket
GPR

Three components, one system

Birdsview combines ground penetrating radar, LiDAR and cameras in one unit for non-destructive concrete inspection.

Scan complete. Explore the result in 3D

Vertical Rebars11/11 rebars · 0-600 mm depth

Average (11/11 rebars)

Diameter

11.9mm

0-600 mm depth

Max.14Min.9
14mm9mm
Max.
Min.

Average (11/11 rebars)

Cover

96.9mm

0-600 mm depth

Max.151Min.53
151mm53mm
Max.
Min.

Average (11/11 rebars)

123.2mm

0-600 mm depth

Max.131Min.114
131mm114mm
Max.
Min.

Horizontal Rebars6/6 rebars · 0-600 mm depth

Average (6/6 rebars)

Diameter

13.2mm

0-600 mm depth

Max.15Min.11
15mm11mm
Max.
Min.

Average (6/6 rebars)

Cover

100.7mm

0-600 mm depth

Max.162Min.39
162mm39mm
Max.
Min.

Average (6/6 rebars)

228.1mm

0-600 mm depth

Max.231Min.226
231mm226mm
Max.
Min.
Cover0cm – 60cm
0cm60cm60cm

Drag to rotate · Ctrl + scroll to zoom

These are real results from the Birdsview analysis service, not a mock-up. A 60 × 60 cm area of concrete was scanned with a ground-penetrating radar (GPR) in 28 line scans, and the service detected each rebar and estimated its diameter, cover and spacing. Filter by cover to isolate a rebar layer, hover a row of figures to highlight those rebars, and drag the 3D view to rotate it.

Full 3D model

Step inside a full structure in 3D

A real Birdsview project: the LiDAR scan of a concrete corridor, with the rebar from three radar scans placed exactly where they were found.

  • LiDAR point cloud
  • 3 real GPR scans
  • Guided tour
Point cloud of a concrete corridor with radar scans and rebar in the Birdsview 3D model

Birdsview Concrete

One scanner. One platform. One product.

Birdsview Concrete is the handheld scanner and the Ostrich platform combined. The scanner captures the data on site, Ostrich turns it into rebar results.

The Birdsview scanner held in one hand against a light concrete wall

Hardware

The scanner

The Birdsview 3D Tracker and a Proceq GPR clamped together as one handheld unit. Every radar trace is positioned in a millimetre-accurate point cloud as you scan.

  • GPR and LiDAR-based positioning in one sweep
  • Scan freehand, no grid or external markers needed
  • Cordless and site ready
Rebar results shown in Ostrich on a desktop screen and two tablets

Software

Ostrich

The Birdsview platform. Follow the scan live on the iPad in the field, then get the analysed results in Ostrich, ready to share with the project team.

  • Live view of the scanned area on the iPad
  • Automatic rebar detection: position, diameter, cover and spacing, delivered as a full 3D model
  • Reports and exports, shared with field crews and office teams on the same dataset
  • Export formats: gLTF and PLY, ready for the tools your project already uses
  • Role-based access and project-level permissions

An Apple iPad is required to run Ostrich in the field. Full technical data under Specifications.

Technical data

Specifications

Tracker

Real-time tracking and positioning. Modular, compatible with add-on modules and adaptable to other equipment. Open API for custom integrations.

Tracker specifications
PropertyValueImperial equivalent
Viewing range40 m / 360°131 ft
Accuracy± 30 mm± 1.2 in
Dimensions9 × 9 × 9 cm3.5 × 3.5 × 3.5 in
Weight1 kg2.2 lb

Algorithms

Position, rebar diameter estimate, cover and spacing for every detected rebar, delivered as a full 3D model. Fully automated. No calibration or manual interpretation required.

Algorithms specifications
PropertyValueImperial equivalent
Diameter accuracy± 1–3 mm± 0.04–0.12 in
Cover accuracy± 1–2 mm± 0.04–0.08 in
Centre-to-centre± 1–4 mm± 0.04–0.16 in

GPR: Proceq GP8800

Built for tight and hard-to-reach areas. Cordless and lightweight, easy to handle on vertical and overhead surfaces such as walls, beams and confined spaces.

GPR: Proceq GP8800 specifications
PropertyValueImperial equivalent
Penetration≤ 65 cm≤ 25.6 in
Frequency400–6000 MHz—
Weight500 g1.1 lb

Coming soon

GPR: Proceq GP8100

Built for covering large areas efficiently. Smooth wheels and a wide scan footprint sweep entire floors, decks and slabs in a single session.

GPR: Proceq GP8100 specifications
PropertyValueImperial equivalent
Penetration≤ 80 cm≤ 31.5 in
Frequency400–4000 MHz—
Weight3 kg6.6 lb

Applications

What it is used for

Project planning and tender accuracy.

Retrofitting assessments.

Maintenance planning.

Cutting and coring safety.

How it works

From a walk across the surface to a structural model, on site.

See how it works