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Hawk LiDAR 3DMAKERPRO - 3D Scanner

3DMAPRO-HAWK
7,851.24 € 7,851.24 €
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from 121.00 €/month
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The 3D scanner Hawk LiDAR from 3DMAKERPRO is the ultimate solution for professionals who need high-precision, reliable, and fast 3D scanning. Designed for advanced surveying, engineering, construction, industrial inspection, and digital twin creation, it combines industrial-grade durability, portability, and sub-centimeter accuracy, delivering precise results even in the most demanding environments. Its compact and lightweight design allows handheld operation, tripod setup, or vehicle mounting, ensuring maximum flexibility and productivity.

Handheld, tripod, or vehicle-mounted use makes the Hawk stable and precise across construction sites and road mapping environments.

Handheld, tripod, or vehicle-mounted use makes the Hawk stable and precise across construction sites and road mapping environments.

Photo 1: Handheld, tripod, or vehicle-mounted use makes the Hawk stable and precise across construction sites and road mapping environments. Source: 3DMAKERPRO

Sub-Centimeter Accuracy and Ultra-Detailed Point Cloud Capture

The 3D scanner Hawk reaches 1.5 cm accuracy at 10 meters and captures up to 480,000 points per second, producing dense and extremely precise 3D point clouds. Its 63.5° vertical field of view reduces blind spots, allowing accurate digitization of façades, architectural interiors, industrial plants, and complex environments.

The Hawk combines speed and detail with sub-centimeter accuracy, multi-echo LiDAR, and a 63.5° vertical field, ideal for complex interiors, façades, and industrial sites.

Photo 2: The Hawk combines speed and detail with sub-centimeter accuracy, multi-echo LiDAR, and a 63.5° vertical field, ideal for complex interiors, façades, and industrial sites. Source: 3DMAKERPRO

The dual 13 MP cameras and NIR visual tracking technology ensure realistic textures and stable positioning, even under variable lighting or repetitive geometries, providing reliable data for demanding projects.

With two 13 MP cameras, the Hawk captures realistic textures even in mixed lighting, while the NIR tracking module ensures precise positioning and smooth motion in low light or repetitive geometry.

Photo 3: With two 13 MP cameras, the Hawk captures realistic textures even in mixed lighting, while the NIR tracking module ensures precise positioning and smooth motion in low light or repetitive geometry. Source: 3DMAKERPRO

Industrial IP65 Design, Lightweight, and Field-Ready

With a metal IP65 body resistant to water, dust, and shocks, the Hawk LiDAR is built for extreme conditions without compromising performance. Weighing 900 grams, it is easy to transport and handle, while the 12,000 mAh removable battery with 65 W fast charging enables continuous scanning for up to one hour, with instant replacement for uninterrupted work. Advanced Wi-Fi 5 connectivity, dual Type-C ports, and a 3.9” AMOLED display allow real-time data transfer and full field control, optimizing efficiency and supervision.

With a metal IP65 body and weighing only 900 g, the Hawk combines professional durability and advanced protection, remaining lightweight for mobile work in construction, surveying, and inspection.

Photo 4: With a metal IP65 body and weighing only 900 g, the Hawk combines professional durability and advanced protection, remaining lightweight for mobile work in construction, surveying, and inspection. Source: 3DMAKERPRO

Professional Software and Full 3D Workflow Compatibility

Hawk integrates with point cloud post-processing software, offering one-click noise removal, automatic optimization, and export in PLY, OBJ, and Gaussian-Splatting formats. This enables precise 3D modeling, digital twins, architectural projects, and industrial visualizations with professional quality, saving time and resources on every project.

Designed for architectural surveys, film production, or virtual exhibitions, Eagle’s workflow and software ensure a seamless experience from point cloud capture to final presentation.

Photo 5: Designed for architectural surveys, film production, or virtual exhibitions, Eagle’s workflow and software ensure a seamless experience from point cloud capture to final presentation. Source: 3DMAKERPRO

High-Performance Specifications in One Device

Hawk offers 1.5 cm accuracy at 10 m, 3 cm at 20 m, and 5 cm at 40 m with a scanning range of 80–140 m and an effective radius of 40–70 m. Its 360° horizontal and 63.5° vertical scanning angles combined with 484,000 points per second, 905 nm eye-safe laser, dual cameras, and NIR tracking guarantee precise and reliable data capture. With dimensions of 120 × 145 × 85 mm and a weight of 900 g, it is portable and perfect for any professional environment.

Professional Applications and Total Versatility

Hawk is ideal for advanced surveying, construction, industrial inspection, 3D modeling, film, virtual exhibitions, and digital twin creation, delivering fast, accurate, and reliable results. Its combination of high precision, speed, and industrial durability maximizes productivity, efficiency, and quality even in the most complex projects.

Handheld, tripod, or vehicle-mounted use makes the Hawk stable and precise across construction sites and road mapping environments.

Photo 7: Handheld, tripod, or vehicle-mounted use makes the Hawk stable and precise across construction sites and road mapping environments. Source: 3DMAKERPRO

With a 12,000 mAh grip and 65 W fast charging, the Hawk offers up to one hour of continuous operation while Type-C ports, Wi-Fi 5, and 3.9” AMOLED display allow real-time data transfer and field control.

Photo 8: With a 12,000 mAh grip and 65 W fast charging, the Hawk offers up to one hour of continuous operation while Type-C ports, Wi-Fi 5, and 3.9” AMOLED display allow real-time data transfer and field control. Source: 3DMAKERPRO

Conclusion: The Ultimate Tool for 3D Scanning Professionals

The Hawk LiDAR is not just a 3D scanner: it is the strategic tool for professionals demanding precision, speed, and reliability. With sub-centimeter capture, ultra-fast scanning, industrial durability, and full compatibility with professional software, it transforms the workflow for surveying, engineering, and professional 3D modeling. Each project is completed with greater efficiency, top quality, and flawless results, positioning Hawk as the benchmark in professional 3D scanning.

Video: Hawk LiDAR Scanner Review. Source: Scankraft

General information
Manufacturer 3DMAKERPRO

Scanner properties
Light source Láser
Laser source class Class 1 (IEC60825-1:2014)
Scanning accuracy 15 - 50 mm
Outdoor scanning ✓

Software and connectivity
Connectivity Wi-Fi5 | USB-Type C ×2
Minimum computer requirements Processor: Intel Core i7 Memory: 32GB RAM Graphics Card: NVIDIA RTX 3060, 12GB VRAM Note: Gaussian Splatting is only supported on NVIDIA GPUs.
Recommended computer requirements Processor: Intel Core i7 Memory: 64GB RAM Graphics Card: NVIDIA RTX 4060, 16GB VRAM

Dimensions and weight
Dimensions 120 × 145 × 85 mm
Weight 0.9 Kg

Other
HS Code 8477.59

Environment verification and capture conditions: check the reflectivity and lighting of the area to be scanned; low-reflectivity surfaces require configuration adjustments to maximize data quality. For objects with difficult textures, use the NIR camera and the complementary RGB camera to improve registration.

Scan mode selection according to scale: use short distances (for example, within 10 m) to achieve maximum detail accuracy; use wide-coverage mode for large spaces or 360° horizontal and vertical mapping indoors and outdoors.

Battery management and long sessions: plan session duration according to the high-capacity removable battery; have backup batteries available for long-duration projects and check operating temperature before starting extended work.

Workflow and scanning pace: maintain uniform movement and avoid abrupt motions during capture to reduce SLAM registration errors and ensure consistent point clouds. Following a systematic scanning pattern facilitates post-processing and data alignment.

Post-processing and data handling: take advantage of LiDAR + camera integration to generate realistically colored point clouds in standard formats (PLY, OBJ). Perform noise cleaning and filtering at early stages of post-processing, as high point densities may require resource management and workflow optimization.

Mounting and deployment modes: use the Hawk handheld for spot captures, on a tripod for high-precision static scans, or mounted on vehicles/mobile structures for extensive mapping. Select the mounting method according to project characteristics and environmental conditions.

Maintenance and preservation

  • Storage: store the equipment in a rigid case in a dry, dust-free place when not in use.
  • Cleaning: clean lenses and optical surfaces before critical jobs; avoid using abrasive agents that may damage coatings.
  • Firmware and calibration: keep firmware and software up to date; perform periodic calibrations if deviations in scan quality are observed or when environmental conditions change.
  • Thermal control: monitor operating temperature in industrial or outdoor environments; ensure adequate ventilation and avoid prolonged exposure to extreme heat sources.

Operational recommendations

  • Initial tests: perform test scans in a controlled area to adjust distance, resolution, and filter parameters before starting the main project.
  • Large data volume management: plan storage capacity and post-processing resources, as high point densities generate very large files.
  • Problematic surfaces: on highly reflective or very absorbent materials, use complementary techniques (markers, temporary spraying) to improve capture.
  • Safety in mobile deployment: secure anchoring and stability when mounting the equipment on vehicles or mobile platforms to prevent vibrations and data loss.

Summary: methodical preparation, thermal control, optical cleaning, and proper post-processing are key elements for obtaining reliable results with the Hawk LiDAR. Correct selection of scan mode and mounting, together with a uniform capture pace, maximizes the accuracy and usefulness of point clouds in professional applications.

Featured properties

Light source
LiDAR
Scanning accuracy
15 - 50 mm

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