GUARDIAN
Drones for surveying with professional camera
Overview
Key advantages of GUARDIAN – Drones for surveying
In the dynamic arena of surveillance drones, Guardian stands out for its extraordinary energy efficiency and capability to deliver high-level performance without compromising flight endurance. Traditional surveillance drones are severely constrained by short flight durations, typically between 20 and 30 minutes, whereas Guardian eliminates this limitation with a considerably extended battery life, up to 600 minutes.
This fundamental advantage frees drone operators from constant concern, allowing them to focus their full attention on the mission at hand. No longer distracted by the need to continually monitor the battery percentage, operators can fully engage in navigation, observation, and mission data acquisition.
GUARDIAN – Use case scenarios of surveillance drones for surveying
Our surveillance drone GUARDIAN has been engineered with the aim of providing an effective aerial monitoring tool. Thanks to its advanced features, the drone can be used for a wide range of purposes
Among these are:
Drones for surveying Guardian, flight configuration and other advantages
Flight Features and Performances
The cutting-edge technology of surveillance drones like Guardian translates into a set of highly advanced operational features that enhance its flight performance, making it an unparalleled experience.
Guardian is equipped with a state-of-the-art Ground Station, which includes an intuitive touchscreen for managing flight operations. Mechanical switches and physical buttons for flight mode selection ensure rapid, secure, and immediate control, thereby improving flight efficiency and operator experience.
Takeoff
MODE
This mode allows for semi-automatic takeoff, making the operation easier for operators. Once activated, Guardian gains altitude and speed in a stable and secure manner, freeing operators to focus on other aspects of the mission
Fly-By-Wire Assisted Mode
FBWA
This mode enables Guardian to automatically maintain its attitude, facilitating navigation. Operators can focus on flight direction without worrying about attitude adjustments
Cruise
MODE
This flight mode is ideal for long-duration missions, as in this setting Guardian can maintain a constant speed and stable altitude. Cruise mode reduces the need for constant input from the operator, making long-distance flights more manageable
Auto
MODE
This mode allows Guardian to execute a predefined set of maneuvers or a planned flight path without operator input. This feature increases operational efficiency and reduces the risk of human error.
Loiter
MODE
In this mode, Guardian can circle a point of interest, maintaining a constant radius and stable altitude. This mode is ideal for monitoring specific areas or observing static targets.
Return to Launch Point
(RTL)
In case of need, Guardian can automatically return to the launch point, ensuring safe recovery and minimizing the risk of drone loss.
In addition to these flight modes, the drone with professional camera Guardian is boosting a series of other features that make it an exceptional professional option. With a top speed of over 70 km/h, it can cover large distances in relatively short periods. Due to its high wind resistance, it can operate in adverse weather conditions and use these conditions to its advantage for safer landings. The extended battery life allows for prolonged operations, eliminating the need for frequent battery replacement and allowing operators to focus on the mission.
It is important to highlight Guardian’s capability to operate entirely offline. Unlike other surveillance drones, it does not require internet connections for its operation. By eliminating the need to save data on foreign servers, it ensures an unmatched level of security and privacy. This distinctive feature makes Guardian an ideal flight solution for missions where data protection and operational security are of paramount importance.
Drones for surveying Guardian, design in action
Guardian’s design, the result of an intelligent amalgamation of advanced materials and proprietary solar technology, positions it as a product with a strong innovative emphasis.
Take-off and Landing Modes
Another distinguishing feature of Guardian is its ease of use, particularly concerning takeoff and landing. With the simple push of a button and a hand toss, Guardian can rapidly and effortlessly lift off. This functionality makes takeoff quick and effortless, negating the need for complex infrastructure or extended preparations.
Tech specs
Technical data
Product code:
VRGU23A
Cruise speed:
40 Km/h
Sensor:
EO 1080p
Maximum speed:
70 Km/h
Lens:
F2.2, 2.8mm focal length, FOV 108° horizontal
Daytime autonomy (cruising speed):
8 hours
Zoom:
–
Nighttime autonomy (cruising speed):
2 hours
Stabilization:
–
Maximum altitude:
4000 m
Auto Tracking:
–
Wind resistance:
30 knots (56 Km/h)
Vehicle Detection:
3000 m
Operating temperature:
-10 / 45 °C
Human detection:
1000 m
Radio frequency:
2,4-2,483 GHz
Identification:
30 m
Radio range:
10 Km
Dimensional data
A = 146 cm B = 59 cm C = 13 cm D = 32 cm | Weight = 1,18 Kg
Technical data
Product code:
VRGU23B
Cruise speed:
40 Km/h
Sensor:
EO Starlight 4K
Maximum speed:
70 Km/h
Lens:
F2.8, 21mm Focal Length, FOV: 93° horizontal
Daytime autonomy (cruising speed):
4 hours
Zoom:
6x digital
Nighttime autonomy (cruising speed):
1,5 hours
Stabilization:
Mechanical 3 axis
Maximum altitude:
4000 m
Auto Tracking:
–
Wind resistance:
30 knots (56 Km/h)
Vehicle Detection:
9000 m
Operating temperature:
-10 / 45 °C
Human detection:
3500 m
Radio frequency:
2,4-2,483 GHz
Identification:
40 m
Radio range:
10 Km
Dimensional data
A = 146 cm B = 56 cm C = 13 cm D = 26 cm | Weight = 1,42 Kg
Technical data
Product code:
VRGU23C
Cruise speed:
40 Km/h
Sensor:
EO + IR
Maximum speed:
70 Km/h
Lens:
HFOV: 60° WFOV – 3° NFOV – 1.5° DFOV
Daytime autonomy (cruising speed):
3 ore
Zoom:
40x (20x optics + 2x digital) + 4x
Nighttime autonomy (cruising speed):
1 ore
Stabilization:
Mechanical 2 axis + digital
Maximum altitude:
4000 m
Auto Tracking:
Sì
Wind resistance:
30 knots (56 Km/h)
Vehicle Detection:
5500 m
Operating temperature:
-10 / 45 °C
Human detection:
2200 m
Radio frequency:
2,4-2,483 GHz
Identification:
300 m
Radio range:
10 Km
Dimensional data
A = 146 cm B = 56 cm C = 13 cm D = 26 cm | Weight = 1,52 Kg
Image gallery
FAQ
Guardian’s endurance varies depending on the version and on sun conditions. Optimal endurance of at least 8 hours is achieved with the VRGU23A on a clear day in early summer. The flight time of various versions during day or night is summarized in the following table:
| VRGU23A | VRGU23B | VRGU23C | |
| Day time endurance | 8 hours | 4 hours | 3 hours |
| Night time endurance | 2 hours | 1,5 hours | 1 hour |
The three versions of the Guardian essentially differ in the type of installed camera. Since cameras have different weights, significantly different energy consumption, and some require additional microprocessors for signal processing, a mere change in the installed camera also entails modifications to the frame and fuselage.
Even though the three models of surveillance drones appear similar from a top view, their weight data and flight performance are profoundly different
Two versions of the Guardian are equipped with night vision cameras.
The VRGU23B is equipped with a “starlight” camera, which uses advanced sensors and image processing algorithms that amplify available light, even minimal light such as that from stars or the moon. This allows for capturing clear videos and photos even at night, without necessarily resorting to additional light sources. Starlight technology is particularly useful in surveillance applications, night-time observation, or any scenario where light is limited.
The VRGU23C model, on the other hand, is equipped with an IR sensor that detects infrared radiation emitted from objects, typically in relation to the heat they produce. Infrared radiation is outside the human eye’s visible spectrum, but the IR sensor can convert it into an image or signal that can be interpreted or displayed. In surveillance or search and rescue contexts, IR cameras allow for visibility in complete darkness, through smoke or fog, detecting thermal differences between objects and their surrounding environment.
Guardian’s ground station range in an environment completely free of radio interference is about 10Km. However, surveillance drone Guardian can be programmed to fly beyond radio range and autonomously return to the take-off point upon mission completion. In this manner, with the VRGU23A, it is possible to cover approximately 140 km from the starting point before initiating the return.
This practice must be carefully planned, especially in consultation with local/national laws and regulations.
The three standard Guardian versions utilize a Ground Station radio with a 2.4GHz digital radio signal.
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