Unmanned aerial vehicles (Финляндия - Тендер #46539810) | ||
| ||
| Для перевода текста тендера на нужный язык воспользуйтесь приложением: | ||
Страна: Финляндия (другие тендеры и закупки Финляндия) Организатор тендера: University of Turku Номер конкурса: 46539810 Дата публикации: 29-09-2023 Источник тендера: Единая система закупок Европейского союза TED |
||
Suspension of a procurement; Long-range aerial drone with heavy payload and Aerial drone fleet with docking station
The contracting authorities decided to suspend the following procurement. No agreement shall be made. The contracting authorities shall start preparing new procurement procedure as soon as possible with revised requirements.
Long-range aerial drone (unmanned aerial vehicle (UAV)) with take-off weight less than 25 kg. Payload should be over 6 kg. Total weight of the drone should be under 25 kg. The drone should be suitable for vertical take-off and landing. The drone will be designed as a field mapping tool for the laser scanners, optical cameras, water quality/quantity sensors, etc. These kinds of instrumentation should be able to be attached onto the drone, occasionally more than one at a time. Flight time with 6 kg payload should be 50 minutes or more. Minimum flight speed of the drone should be 5 m/s or less. Capability also to fly with up to 12 m/s flight speed or more.
and
Aerial drone fleet with data loading and recharging docking station (unmanned aerial vehicle (UAV)) with take-off weight less than 25 kg. Total weight not exceeding 25 kg, payload capacity more than 2 kg l (payload must be interchangeable e.g., RGB, spectral cameras, lidar). Therefore, these kinds of instrumentations should be able to attach onto the drone. Flight time with maximum payload should be more than 1 hrs. Minimum flight speed of the drone should be 3 m/s or less. Capability also to fly with up to 8 m/s or more.
Long-range aerial drone with heavy payload
Turku
Long-range aerial drone (unmanned aerial vehicle (UAV)) with take-off weight less than 25 kg. Payload should be over 6 kg. Total weight of the drone should be under 25 kg. The drone should be suitable for vertical take-off and landing. The drone will be designed as a field mapping tool for the laser scanners, optical cameras, water quality/quantity sensors, etc. These kinds of instrumentation should be able to be attached onto the drone, occasionally more than one at a time. Flight time with 6 kg payload should be 50 minutes or more. Minimum flight speed of the drone should be 5 m/s or less. Capability also to fly with up to 12 m/s flight speed or more.
Further, drone should have:
- CE label
- Safety systems for landing (e.g. parachute)
- Operation wind conditions, up to 12 m/s wind speed (higher values preferred)
- Electric or hybrid motor
- Remote control: radio control up to 15 km range. Option to be able to support longer range 30 km+ have to be offered this can be e.g. LTE link or a satellite C2 link. Also real-time video feed from drone to remote control have to be included.
- Size of the system: under 3 meters in diameter, transport less than size 2 m in diameter
- Maintenance program, costs of the maintenance and maintenance programme (done by user or company) should be specified. (user maintenance preferred)
- Operating Temperature -10 to 40C, (lower temperatures preferred)
- The drone should be equipped with a location positioning system (GNSS: GPS+GLONASS+BeiDou+Galileo). Options for RTK and VRS functions are required.
- The Ingress protection rating must be IP45 at minimum. (higher values preferred)
- Applications: Remote control software. Cloud Platform support (EU based), can be own cloud or a support of 3rd Party Platforms through API or similar.
This slot includes mandatory options such as:
Mandatory options must be offered and are:
- Option to be able to support longer range 30 km+ have to be offered this can be e.g. LTE link or a satellite C2 link
- Maintenance program, costs of the maintenance and maintenance programme (done by user or company) should be specified. (user maintenance preferred)
- Options for RTK and VRS functions
The use of options is at the sole discretion of the Buyers. Options are not used in price comparison or in quality evaluations so a tenderer should not include these prices into the total comparison price but inform prices in a separate appendix.
Aerial drone fleet with docking station
Turku
Aerial drone fleet with data loading and recharging docking station (unmanned aerial vehicle (UAV)) with take-off weight less than 25 kg. Total weight not exceeding 25 kg, payload capacity more than 2 kg l (payload must be interchangeable e.g., RGB, spectral cameras, lidar). Therefore, these kinds of instrumentations should be able to attach onto the drone. Flight time with maximum payload should be more than 1 hrs. Minimum flight speed of the drone should be 3 m/s or less. Capability also to fly with up to 8 m/s or more.
Further, drone and docking station should have:
- CE label
- Safety systems for landing (e.g. parachute)
- System should be fully electric
- Drone and its sensors should fit onto docking station
- Operation wind conditions, up to 12 m/s wind speed (higher values preferred)
- Size of the system: under 3 meters in diameter, transport less than size 2 m in diameter
- A water proof (IP44 minimum, recommended IP55) drone and drone platform for outdoor use.
- Minimum 4G connection with automatic data transfer to cloud service or similar.
- Costs of the maintenance and maintenance programme (done by user or company) should be specified. (user maintenance preferred)
- Operating Temperature -10 to 40C,
- The drone should be equipped with a location positioning system (GNSS: GPS+GLONASS+BeiDou+Galileo). Options for RTK and VRS functions are required.
- Battery swap and/or charge so that downtime is less than 30 minutes with a lifespan of over 1000+ cycles.
- Applications: Remote control software. Cloud Platform support (EU based), can be own cloud or a support of 3rd Party Platforms through API or similar.
This slot includes mandatory options such as:
Mandatory options must be offered and are:
- Option to be able to support longer range 30 km+ have to be offered this can be e.g. LTE link or a satellite C2 link
- Maintenance program, costs of the maintenance and maintenance programme (done by user or company) should be specified. (user maintenance preferred)
- Options for RTK and VRS functions
The second Aerial drone fleet with data loading and recharging docking station, at the same price and terms as the first offered Aerial drone fleet with data loading and recharging docking station.
The use of options is at the sole discretion of the Buyers. Options are not used in price comparison or in quality evaluations so a tenderer should not include these prices into the total comparison price but inform prices in a separate appendix.