Photogrammetry

KUR-500

The C2 Certified Italian Drone for
Advanced Surveys and Inspections

The first European C2 multirotor
built to eliminate regulatory risk in
professional operations

The 1st European-Made C2 Professional UAS
Designed and manufactured in Europe, fully compliant with EASA C2 class marking requirements

Reliable Data
Accurate, repeatable, and mission-ready data for professional geotechnical applications

Data Ownership & Privacy
All collected data remains under the exclusive control of the operator. No mandatory cloud dependency

Long-Term UAS Durability
Designed without planned obsolescence, with a focus on longevity, maintainability, and long-term value

Predictable missions, predictable data

Clear expected outcomes, reduced operational risk

1) Predictable missions
Each payload configuration validated for defined mission profiles

2) Predictable data
Data quality defined before acquisition

3) Predictable operations
Less variability, less risk, more control

Predictability is not an assumption. It’s engineered

KUR-500 is designed for professionals who operate daily in urban areas and need reliable data, stable workflows and reduced authorization complexity

Data Transmission

12 km

Backpack

802 x 355 x 247 mm

Payload

850 g

MTOM

3998 g

*How we calculate Maximum Flight Time: real-world tests, wind ≤3 m/s, 15 ± 5 °C, sea level; hovering out of ground effect (≥2×D or ≥1 m); maximum payload; flight time measured 100%→15%. Flight time may vary depending on weather conditions, air density, battery status, and aerodynamic characteristics

Flight Time

23 min *

Operative Temperature

-10 °C to + 40 °C

Wind Speed

Max Dimensions

(with propellers)

15 m/s

860 x 780 x 380 mm

Download Technical Data Sheet

Payload Selection

We deliver fully validated UAS platforms with integrated best-in-class payloads.
To ensure the highest system-level reliability, KUR-500 is engineered for system-level reliability, integrating selected industrial-grade sensors for professional photogrammetry, multispectral analysis, LiDAR mapping, and thermal inspection

Sony Alfa ILX-LR1 + Zeiss 35mm

Photogrammetry

- Sensor: 61 MP Full-Frame (35.7mm x 23.8mm), back-illuminated CMOS, with 14-bit RAW output - Lens: Interchangeable E-mount (compatible with a wide range of Sony E-mount lenses) - ISO Range: 100 - 32,000 (expandable to 50 - 102,400) - Shutter Speed: 30s to 1/8000s (mechanical and electronic shutter) - Continuous Shooting: 3 fps (at full resolution) - Weight: Approx. 243 grams (body only, without lens) - Connectivity: USB-C, Wi-Fi, Bluetooth, HDMI Type D, and support for wired remote control

Yellowscan Surveyor Ultra OEM

LiDAR Mapping

- Laser Scanner: Hesai XT32-M2X - GNSS Inertial Solution: SBG Quanta Micro - Precision: 3 cm - Accuracy: 2.5 cm - Point Density: 60 pts/sqm @ 100m AGL 10 m/s - Laser Range: Up to 300 m - Laser Wavelenght: 905 nm - Scanner Field Of View: 360° x 40.3° - Max. Data Generated: 1 920 000 points/sec - Echos Per Second: Up to 3 Shot Per Second: 640 000 - Scanning Frequency: Up to 20 Hz - RGB Camera: Built-in (for colorization purposes)

SonyMultispectral_02_Agrowing - Quad Len

Sony Aeriality ILX-SMF + Agrowing Quad Lense

Multispectral Mapping

- Sensor: 61 MP Full-Frame (35,7mm x 23,8mm); Full Spectrum capability (captures the entire electromagnetic spectrum from UV to infrared) - Lens: Agrowing Quad Lense, a four-lense system on a single mount - Diagonal: 45,90° | Orizontal: 35,0° | Vertical: 26,60° - Multispectral Bands: 30 nm bandwidth per filter | Wavelengths: 405; 430; 450; 550; 560; 570; 650; 685; 710; 850 nm | Option to swap the filter with an optional WRGB configuration - Weight: Approx. 243 grams (body only, without lens) - Relative Illumination: 68% - Effective Focal Lenght: 25mm

Workswell WIRIS Pro

Thermal Inspections

- IR Resolution: 640x512px - Temp. Range: -25 °C to +1500 °C - Sensitivity: 0.03 °C (30mK) - Storage: 128 or 256GB SSD - 10x Optical Zoom - Real-time Data Analysis

C2 Class Marking

The certification that allows you to fly in urban areas

Regulatory framework for professional operations

KUR-500 is a Class C2 marked UAS, fully compliant with the European EASA regulatory framework for the Open and Specific categories.

The C2 class marking defines a precise technical and operational perimeter: maximum take-off mass, system safety features, identification, and pilot competency requirements.

Within this framework, operators benefit from clear operational boundaries and a well-defined regulatory baseline, which is essential for planning professional missions across Europe.

Why C2 matters for professional users

Operating a Class C2 drone is not about expanding operational freedom without constraints, but about operating within a predictable and well-understood regulatory context.

For professional operators, this means:

Clear applicability in Open category (A2 subcategory)
Enabling operations close to uninvolved people, when conducted by appropriately licensed pilots and in compliance with defined safety distances

Reduced regulatory ambiguity
A C2-marked drone removes uncertainty around legacy or transitional regimes, ensuring long-term compliance under current and future EASA rules

Easier integration into risk assessments
The C2 classification provides a known and accepted technical baseline when declaring STS operations or preparing PDRA or SORA documentation

Consistency across European operations
One regulatory framework, one class marking, valid across EASA member states—simplifying multi-country projects and tenders

C2 and system-level predictability

While the C2 class marking defines what is allowed from a regulatory standpoint, KUR-500 goes further by addressing how reliably missions can be executed from a technical standpoint.

Thanks to extensive system-level testing and validation with selected industrial payloads, KUR-500 delivers:

predictable aircraft behavior
repeatable sensor performance
stable data acquisition conditions

This combination allows operators to build missions with clear expectations, lower technical uncertainty, and greater confidence during operational risk evaluations, whether in Open A2 or Specific category scenarios.

C2 defines the regulatory frame.

KUR-500 defines the system reliability within that frame.

Together, they enable professional operations that are compliant, predictable, and scalable.

Advanced
Mission Planning

The KUR-500 flight planning app is designed for professional inspection, mapping, technical aerial imaging tasks and aerial survey operations.

It enables advanced mission design through waypoints, with precise control over altitude, speed, trajectory and data acquisition parameters.

The integrated map view allows operators to plan, save and replicate complex flight missions, ensuring consistency, efficiency and data quality.

Photogrammetry

KUR-500

The C2 Certified Italian Drone for
Advanced Surveys and Inspections

The first European C2 multirotor
built to eliminate regulatory risk in
professional operations

The 1st European-Made C2 Professional UAS
Designed and manufactured in Europe, fully compliant with EASA C2 class marking requirements

Reliable Data
Accurate, repeatable, and mission-ready data for professional geotechnical applications

Data Ownership & Privacy
All collected data remains under the exclusive control of the operator. No mandatory cloud dependency

Long-Term UAS Durability
Designed without planned obsolescence, with a focus on longevity, maintainability, and long-term value

Predictable missions, predictable data

Clear expected outcomes, reduced operational risk

1) Predictable missions
Each payload configuration validated for defined mission profiles

2) Predictable data
Data quality defined before acquisition

3) Predictable operations
Less variability, less risk, more control

Predictability is not an assumption. It’s engineered

KUR-500 is designed for professionals who operate daily in urban areas and need reliable data, stable workflows and reduced authorization complexity

Payload Selection

C2 Class Marking

The certification that allows you to fly in urban areas

Why C2 matters for professional users

Operating a Class C2 drone is not about expanding operational freedom without constraints, but about operating within a predictable and well-understood regulatory context.

For professional operators, this means:

Clear applicability in Open category (A2 subcategory)
Enabling operations close to uninvolved people, when conducted by appropriately licensed pilots and in compliance with defined safety distances

Reduced regulatory ambiguity
A C2-marked drone removes uncertainty around legacy or transitional regimes, ensuring long-term compliance under current and future EASA rules

Easier integration into risk assessments
The C2 classification provides a known and accepted technical baseline when declaring STS operations or preparing PDRA or SORA documentation

Consistency across European operations
One regulatory framework, one class marking, valid across EASA member states—simplifying multi-country projects and tenders

C2 and system-level predictability

While the C2 class marking defines what is allowed from a regulatory standpoint, KUR-500 goes further by addressing how reliably missions can be executed from a technical standpoint.

This combination allows operators to build missions with clear expectations, lower technical uncertainty, and greater confidence during operational risk evaluations, whether in Open A2 or Specific category scenarios.

C2 defines the regulatory frame.

Advanced
Mission Planning

Want more information?
Do you have an idea to develop a particular application?

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Photogrammetry

KUR-500

The C2 Certified Italian Drone​ for Advanced Surveys and Inspections

The first European C2 multirotor built to eliminate regulatory risk in professional operations

The 1st European-Made C2 Professional UAS Designed and manufactured in Europe, fully compliant with EASA C2 class marking requirements

Reliable Data Accurate, repeatable, and mission-ready data for professional geotechnical applications

Data Ownership & Privacy All collected data remains under the exclusive control of the operator. No mandatory cloud dependency

Long-Term UAS Durability Designed without planned obsolescence, with a focus on longevity, maintainability, and long-term value

Predictable missions, predictable data

Clear expected outcomes, reduced operational risk

1) Predictable missions Each payload configuration validated for defined mission profiles​​

2) Predictable data Data quality defined before acquisition​​

3) Predictable operations Less variability, less risk, more control

Predictability is not an assumption. It’s engineered

KUR-500 is designed for professionals who operate daily in urban areas and need reliable data, stable workflows and reduced authorization complexity​​

Payload Selection

C2 Class Marking​

The certification that allows you to fly in urban areas

Why C2 matters for professional users Operating a Class C2 drone is not about expanding operational freedom without constraints, but about operating within a predictable and well-understood regulatory context. For professional operators, this means:

Clear applicability in Open category (A2 subcategory) Enabling operations close to uninvolved people, when conducted by appropriately licensed pilots and in compliance with defined safety distances

​​

Reduced regulatory ambiguity A C2-marked drone removes uncertainty around legacy or transitional regimes, ensuring long-term compliance under current and future EASA rules

Easier integration into risk assessments The C2 classification provides a known and accepted technical baseline when declaring STS operations or preparing PDRA or SORA documentation

Consistency across European operations One regulatory framework, one class marking, valid across EASA member states—simplifying multi-country projects and tenders

C2 and system-level predictability While the C2 class marking defines what is allowed from a regulatory standpoint, KUR-500 goes further by addressing how reliably missions can be executed from a technical standpoint.

​

​​​​This combination allows operators to build missions with clear expectations, lower technical uncertainty, and greater confidence during operational risk evaluations, whether in Open A2 or Specific category scenarios.

​C2 defines the regulatory frame.

Advanced Mission Planning​​

Want more information? Do you have an idea to develop a particular application?

Privacy policy Cookie policy​

The C2 Certified Italian Drone for
Advanced Surveys and Inspections

The first European C2 multirotor
built to eliminate regulatory risk in
professional operations

The 1st European-Made C2 Professional UAS
Designed and manufactured in Europe, fully compliant with EASA C2 class marking requirements

Reliable Data
Accurate, repeatable, and mission-ready data for professional geotechnical applications

Data Ownership & Privacy
All collected data remains under the exclusive control of the operator. No mandatory cloud dependency

Long-Term UAS Durability
Designed without planned obsolescence, with a focus on longevity, maintainability, and long-term value

1) Predictable missions
Each payload configuration validated for defined mission profiles

2) Predictable data
Data quality defined before acquisition

3) Predictable operations
Less variability, less risk, more control

KUR-500 is designed for professionals who operate daily in urban areas and need reliable data, stable workflows and reduced authorization complexity

C2 Class Marking

Why C2 matters for professional users

Operating a Class C2 drone is not about expanding operational freedom without constraints, but about operating within a predictable and well-understood regulatory context.

For professional operators, this means:

Clear applicability in Open category (A2 subcategory)
Enabling operations close to uninvolved people, when conducted by appropriately licensed pilots and in compliance with defined safety distances

Reduced regulatory ambiguity
A C2-marked drone removes uncertainty around legacy or transitional regimes, ensuring long-term compliance under current and future EASA rules

Easier integration into risk assessments
The C2 classification provides a known and accepted technical baseline when declaring STS operations or preparing PDRA or SORA documentation

Consistency across European operations
One regulatory framework, one class marking, valid across EASA member states—simplifying multi-country projects and tenders

C2 and system-level predictability

While the C2 class marking defines what is allowed from a regulatory standpoint, KUR-500 goes further by addressing how reliably missions can be executed from a technical standpoint.

This combination allows operators to build missions with clear expectations, lower technical uncertainty, and greater confidence during operational risk evaluations, whether in Open A2 or Specific category scenarios.

C2 defines the regulatory frame.

Advanced
Mission Planning

Want more information?
Do you have an idea to develop a particular application?

Privacy policy Cookie policy