EMO Plus: A Comprehensive Innovation
The collision between formation fireworks display and digital art creates a new dimension,
Reconstruct visual narrative with technology,
Revolutionary millisecond-level coordination system between tens of thousands of drones in formation and cold fireworks,
Make a dazzling entrance.
Automatic position compensation in the air
When a drone in the formation performance malfunctions or deviates from its position, the system will reassign other drones to fill the vacant position, ensuring that the overall performance effect is not affected.
The SKY SHOW system is designed to enable real-time status monitoring and ensure the safety of the risk control system. Its core objective is to ensure the safety, stability, and enjoyment of formation performances through multi-dimensional data collection, intelligent analysis, and rapid response. SKY SHOW real-time monitoring is the core system for dual guarantees of "safety + effect" in drone formation performances
I. Single-drone fence: The "safety boundary" for a single drone.
II. Dance step fence: "Dynamic constraint" of formation trajectory.
III. No-fly zone fence: the "absolute red line" of regional security.
The triple electronic fences operate in coordination to build a "layered and complementary" protection system
Takeoff without magnetism
This solution automatically detects and compensates for magnetic interference in the environment (such as steel reinforcement in buildings, nearby electromagnetic devices, etc.) before takeoff through a built-in magnetic field self-learning algorithm, enabling precise takeoff without requiring additional hardware.
High Great Care
High Great Care is a value-added support service launched by Gaojun Innovation for its full range of drone users. It integrates free repairs, worry-free replacement, regular maintenance, and third-party liability insurance, allowing you to fly with greater peace of mind and execute tasks more efficiently.
1. City image promotion and major festival celebrations
2. The integration of culture and tourism, coupled with the activation of the nighttime economy, significantly drives consumption growth
3. Brand marketing and commercial activities, high exposure and user interaction
4. Education and technology exhibition, expanding science popularization and practical scenarios
5. Cultural inheritance and innovation of intangible cultural heritage, injecting new vitality
6. Sports events and large-scale public activities enhance the sense of ritual
● EMO Plus formation performance drone
● Accompanying battery
● Charging cabinet
● Ground reference station
● Integrated control equipment for drones
● Flight control system
*Increase the number of aircraft sets according to specific performance requirements to achieve a more impressive performance effect
|
Model |
HG-B03-2025 |
|
Weight |
570g(±5g) |
|
Wheelbase |
232mm |
|
Aircraft size |
318*350*136mm |
|
Motor Specifications |
1808 |
|
Paddle blades |
5528 |
|
Lampshade size |
88*51*37mm |
|
Wind resistance rating*① |
≤5 level wind |
|
Positioning method |
1.2 & Dual-band RTK (Supports GPS, GLONASS, Galileo, Beidou multi-band) |
|
Positioning time |
Warm start < 20 seconds, cold start < 45 seconds |
|
Positioning accuracy |
±1.5cm +1 ppm (during RTK Fix) |
|
Battery Capacity |
3350mAh |
|
Battery Voltage |
14.54V |
|
Battery Type |
Smart 4S Battery |
|
Battery Weight |
230g(±5g) |
|
Battery life * ② |
30min |
|
Formation flight performance duration |
10-20min |
|
Maximum horizontal flight speed*③ |
11m/s |
|
Maximum climbing speed |
6m/s |
|
Maximum descent speed |
3m/s |
|
Maximum takeoff altitude |
3000m |
|
Maximum tilt angle |
35° |
|
Light power |
0-20W adjustable |
|
Maximum luminous flux |
840lm |
|
Minimum flight distance |
1.5m |
|
Minimum spacing between items on the ground |
0.5m in non-box mode, 0.4m in box mode |
|
Operating frequency |
5.725-5.829 GHz,≤30dBm（SRRC） 2400MHz-2476MHz；≤19.9dBm 902.5-927.5 MHz;≤13dBm 1438-1444MHz;≤42dBm |
|
Maximum communication distance*④ |
WiFi 800m, Radio 1500m, Remote ID Broadcast 500m |
|
Operating temperature |
-10~45°C |
|
NOSE |
Dual IMU |
|
magnetometer |
Dual magnetometer |
① The wind resistance data was measured under hovering conditions in a standard wind tunnel laboratory.
② The battery life was measured at a height of 2 meters, with the standby light on, the low battery landing function turned off, and the vehicle hovering in windless conditions.
③ The maximum flight speed for the dance-style flight performance is based on the actual safety standards of the dance steps design.
④ This data was measured in an unobstructed environment with no interference, under FCC standards.
The above data were measured in a standard laboratory environment. Data may vary depending on the environment. The final interpretation right belongs to Shenzhen Highju Innovation Technology Development Co., Ltd.
*The parameter values listed on this page may vary to different degrees under different external environments, usage methods, and firmware versions. Please refer to your actual experience for the most accurate results.
