Neo2 Omnidirectional Obstacle Avoidance Intelligent Following 4k Camera Drone
Neo2 Omnidirectional Obstacle Avoidance Intelligent Following 4k Camera Drone
SPECIFICATIONS
Aerial Photography: Yes
Aircraf Operating Frequency: 2.4 GHz
Brand Name: Dadafun
Camera Features: 4K HD Video Recording
Camera Integration: Camera Included
Camera Mount Type: 2-Axis Gimbal
Category: Camera Drone
Connectivity: WiFi,Remote Control
Display Control: No
Drone Weight: 0.3
Equipped with Aerosol Spraing System/Spread Tank Volume: No
Flight Time: 20min
GPS: Yes
High-concerned chemical: None
Integrated propeller guard: Include
Max Takeoff Weight: <1kg
Max Wind Speed Resistance: 10 - 20 KM/H
Motor Type: Brush Motor
Obstacle avoidance types: GPS-Based Avoidance
Origin: Mainland China
Remote Distance: 500m
Sensor Size: 1/2.8 inches
Video Maximum Resolution[Pixel X Pixel]: 4K（4096*2160）
Neo2 Omnidirectional Obstacle Avoidance Intelligent Following 4k Camera Drone
Aircraft
Takeoff weight
151 grams (excluding Neo 2 digital video transmission module)
160 grams (including Neo 2 digital video transmission module)
The weight of the product may vary due to different batches of materials and other reasons
However, there may be some differences. Please refer to the actual product.
"Size"
It measures 147 millimeters in length, 171 millimeters in width and 41 millimeters in height
Rice (including paddle protector, excluding Neo 2 digital video transmission module.
)
It measures 167 millimeters in length, 171 millimeters in width and 54 millimeters in height
Rice (including paddle protection, including Neo 2 digital video transmission module)
Maximum ascending speed
0.5 meters per second (smooth gear)
3 meters per second (normal gear)
5 meters per second (sport gear)
In an open and windless environment, the aircraft starts from an altitude of 0
The meter took off and the maximum speed measured was controlled by the remote control
Degree, for reference only.
Maximum descent velocity
0.5 meters per second (smooth gear)
3 meters per second (normal gear)
3 meters per second (sport gear)
In an open and windless environment, the aircraft starts from an altitude of 0
The meter took off and the maximum speed measured was controlled by the remote control
Degree, for reference only.
Maximum horizontal flight speed
8 meters per second (normal gear)
12 meters per second (sport gear)
12 meters per second (follow mode)
In an open and windless environment, the aircraft starts from an altitude of 0
The meter took off and the maximum speed measured was controlled by the remote control
Degree, for reference only.
Maximum takeoff altitude
2,000 meters
Take off at an altitude of 2,000 meters in a windless environment
After ascending vertically for 120 meters, fly in motion gear until the end
Measured when there was only 20% battery remaining. For reference only. Actual flight
Please pay attention to the prompts on the image transmission interface when traveling.
Maximum flight time
About 19 minutes (about 17 minutes with blade protection cover)
"
Each battery can continuously complete at least 20 handheld operations
Lower the shooting
Do not install the Neo 2 digital map in a windless environment
Transfer the module and adjust the camera parameters to 1080p/30fps
Turn off the video recording mode at an altitude of 20 meters to 4 meters
It was measured when the vehicle moved forward at a constant speed to zero battery charge per second.
In different external environments, usage methods, and firmware versions
Below, the results may vary to different degrees. Please refer to
Actual experience is the standard.
After Neo 2 is activated, the battery is fully charged.
Under the default Settings, the aircraft is selected to orbit and soar into the sky
Measured in the fading shooting mode, for reference only.
The longest hovering time
About 18 minutes (16.5 minutes with blade protection cover)
)
Do not install Neo 2 digital video transmission in a windless environment
Module, camera parameters adjusted to 1080p/30fps
Turn off the video recording mode and hover at an altitude of 20 meters until
It was measured when there was still zero battery remaining. In different external environments
The results may vary under the usage method and firmware version
For differences of the same degree, please refer to your actual experience.
Maximum driving range
7 kilometers
Do not install Neo 2 digital video transmission in a windless environment
Module, camera parameters adjusted to 1080p/30fps
Turn off the video recording mode at an altitude of 20 meters to 9 meters
It was measured when the vehicle moved forward at a constant speed to zero charge remaining.
In different external environments, usage methods, and firmware versions
Below, the results may vary to different degrees. Please refer to
Actual experience is the standard.
Maximum wind resistance speed
10.7 meters per second (Force 5 wind)
Working environment temperature
-10℃ to 40℃
Satellite navigation system
GPS + Galileo + BeiDou
Hovering accuracy
Vertical
±0.1 meters (when visual positioning is working normally)
±0.5 meters (when the satellite positioning is working normally)
Level
±0.3 meters (when visual positioning is working normally)
±1.5 meters (when the satellite positioning is working normally)
On-board memory
49GB
Classification
Eu C0
Camera
Image sensor
1/2-inch image sensor
"Lens"
Field of view (FOV) : 119.8°
Equivalent focal length: 16.5mm
Aperture: f/2.2
Focus point: 0.7 meters to infinity
ISO range
Take a photo
100 to 3200 (single-shot automatic)
100 to 12800 (continuous shooting/timed shooting automatic)
100 to 12,800 (manual)
Video
100 to 12,800 (automatic
100 to 12,800 (manual)
Shutter speed
Video: 1/8000 to 1/30 seconds
Photography: 1/8000 to 1/10 second
Maximum photo size
12-megapixel photo
4000×3000 (4:3)
4000×2250 (16:9)
Photo shooting mode
Single shot/Timed shot
Single shot: 12 million pixels
Timed shooting: 12 million pixels, 2/3/5/7/10/
15/20/30/60 seconds
Picture format
JPEG
Video resolution
Horizontal shot
4K (4:3) : 3840×2880@60/50/30 FPS
1080p (4:3) : 1440×1080@60/50/
30fps
4K (16:9) : 3840×2160@100*/60/50/
30fps
1080p (16:9) : 1920×1080@100*/60/
50/30fps
Vertical shot
2.7K (9:16) : 1512×2688@60/50/
30fps
4K/100fps and 1080p/100fps recording only
Supports motion control or remote control.
Video format
MP4
Maximum bitrate of the video
80Mbps
Support file system
exFAT
Color mode
Normal mode
Electronic stabilization
Supports RockSteady and stabilization mode
Closed.
The stabilization switch is only available when paired with flight goggles.
When the stabilization function is turned off, the recorded video materials are supported
Gyroflow offline stabilization.
holder
Stable system
Dual-axis mechanical pan-tilt (pitch axis, cross roller axis)
Scope of structural design
Pitch: -125° to 105°
Rolling: -43° to 43°
Controllable rotation range
Pitch: -90° to 70°
Maximum controlled speed (pitch)
100°/s
Angular jitter quantity
+ / - 0.01 °
Tilt correction
Support video clip correction.
Real-time image correction is not supported only when paired with flight goggles
Right.
Perception
Type of perception system
Omnidirectional monocular vision system, combined with downward-looking infrared sensing
System and forward-looking lidar
Forward view
Ranging range: 0.5 meters to 10 meters
Detectable range: 0.5 meters to 15 meters
Effective obstacle avoidance speed: Flight speed ≤8 meters per second
Rearview
Detectable range: 0.5 meters to 15 meters
Effective obstacle avoidance speed: Flight speed ≤8 meters per second
Side view
Detectable range: 0.5 meters to 15 meters
Effective obstacle avoidance speed: Flight speed ≤8 meters per second
"Shangshi"
Detectable range: 0.5 meters to 15 meters
Effective obstacle avoidance speed: Flight speed ≤3 meters per second
Look down
Detectable range: 0.5 meters to 15 meters
Effective obstacle avoidance speed: Flight speed ≤3 meters per second
Infrared ranging sensor
Forward-looking Lidar
Ranging range: 0.3 meters to 8 meters (reflectivity greater than.
"10%
Field of view (FOV) : 60° horizontally, 60° vertically
Downview infrared distance sensor
Ranging range: 0.3 meters to 8 meters (reflectivity greater than.
"10%
Effective use of the environment
Front, back, left, right, top
The surface has rich textures and sufficient lighting conditions (greater than)
5 lux.
Below
The surface has rich textures and sufficient lighting conditions (greater than)
The surface is made of diffuse reflective material with a reflectivity of 5 lux
20% (such as walls, trees, people, etc.).
"Image transmission
Image transmission scheme
Standard equipped with Wi-Fi video transmission
Expandable Neo 2 Digital Video Transmission Module (O4
Real-time video transmission quality
RC-N3 remote control operation: Up to 1080p/60fps
The flight goggles N3 are paired with the crossing joystick 3/FPV remote control
Device 3: Up to 1080p/60fps
Flight glasses 3 paired with the crossing joystick 3/FPV remote control
Device 3: Up to 1080p/100fps
Working frequency band
2.400 GHz to 2.4835 GHz
5.170 GHz to 5.250 GHz
5.725 GHz to 5.850 GHz
The working frequency bands supported by each country/region and their corresponding ones
The applicable scope may vary. For details, please refer to local laws
Laws and regulations.
Transmission Power (EIRP
2.4GHz
< 26 dBm (FCC
< 20 dBm (CE/SRRC/MIC)
5.1 GHz
< 23 dBm (CE
5.8 GHz
< 26 dBm (FCC
< 14 dBm (CE
< 26 dBm (SRRC
Communication bandwidth
Maximum 60 MHz
Maximum effective signal distance (without interference or obstruction)
FCC: 10 kilometers
CE: 6 kilometers
SRRC: 6 kilometers
MIC: 6 kilometers
The above data is in an open outdoor area without interference or obstructions
Test when used in conjunction with a remote control or flight goggles
The obtained is the maximum communication distance of the image transmission function of each standard
"Parting. The maximum communication distance in actual flight scenarios is subject to flight
Maximum range limit of the vehicle. When actually flying, please
Pay attention to the return departure prompt on the video transmission interface.
Maximum effective signal distance (with interference, without obstruction)
Strong interference: Urban center, approximately 1.5 to 3 kilometers
Interference: A nearby county town, approximately 3 to 6 kilometers away
Minor interference: Far suburbs/seaside, approximately 6 to 10 kilometers
The above data are under the FCC standard, in various typical dry conditions
In an unobstructed environment with strong interference, it can be used with a remote control or
Measured by flight goggles. The actual flight distance is not guaranteed.
It is only for users to use as a distance reference when flying by themselves.
Maximum effective signal distance (with interference or occlusion)
Minor interference is blocked by buildings: approximately 0 to 0.5 meters
In the
Minor disturbances are shaded by bushes: approximately 0.5 to 3 kilometers
The above data are under the FCC standard, in various typical micro
In environments with strong interference and obstructions, use a remote control
Or measured by flight goggles. The actual flight distance is not guaranteed
It is only for distance reference when users fly by themselves.
Maximum download rate
Wi-Fi: 80 MB/s
This data supports dual frequencies of 2.4GHz and 5.8GHz
Measured in a low-interference laboratory environment in a country or region
The actual download speed is subject to your actual experience.
Minimum delay
It is compatible with the RC-N3 remote control or the RC-2 remote control
Controller: Approximately 120 milliseconds
Paired with flight goggles N3 (1080p/60fps)
Image transmission quality: Minimum 54 milliseconds
Pair with flight goggles 3 (1080p/100fps)
(Image transmission quality) : Minimum 50 milliseconds
The delay data is during the screen refresh process of the flight goggles
The minimum delay was measured in an open and undisturbed environment.
The actual delay may vary depending on the shooting environment and mobile device
It's different.
Maximum image transmission bit rate
60Mbps
Antenna
Two antennas (one transmission and two reception)
Wi-Fi
Agreement
802.11 a/b/g/n/ac/ax
Working frequency band
2.400 GHz to 2.4835 GHz
5.725 GHz to 5.850 GHz
The working frequency bands supported by each country/region and their corresponding ones
The applicable scope may vary. For details, please refer to local laws
Laws and regulations.
Transmission Power (EIRP
2.4GHz
< 20 dBm (FCC/CE/SRRC/MIC)
5.8 GHz
< 26 dBm (FCC/SRRC)
< 14 dBm (CE
Effective working range
500 meters
It was measured in an open and undisturbed environment. Actual transmission
The input distance may vary due to the usage environment and the performance of the mobile phone device
Although similar, there are differences. Please refer to your actual experience.
Bluetooth
Agreement
Bluetooth 5.2
Working frequency band
2.400 GHz to 2.4835 GHz
The working frequency bands supported by each country/region and their corresponding ones
The applicable scope may vary. For details, please refer to local laws
Laws and regulations.
Transmission Power (EIRP
< 10 dBm
Battery
Capacity
1606 milliampere-hours
Weight
46 grams
Nominal voltage
7.16 volts
Charging limiting voltage
8.6 volts
Battery type
Li-ion
Chemical system
LiNiMnCoO2
Energy
11.5 watt-hours
Charging ambient temperature
5℃ to 40℃
Charging takes a long time
Through the Charging Manager (maximum charging power 65 watts)
And charge three batteries, from zero to full charge approximately
It takes 68 minutes.
Charging via the body (maximum charging power 15 watts)
It takes about 70 minutes to go from zero to full charge
The charging time is based on an experimental environment with a temperature of 25℃
Measured. The actual charging time may vary due to the rise in ambient temperature
It increases due to the voltage differences of the municipal power supply in high or different areas
Plus.
Charger
Recommended charger
65W portable charger
A USB charger supporting the USB PD fast charging protocol
Charging Manager
Input
5 volts, maximum 5 amperes
9 volts, maximum 5 amperes
12 volts, maximum 5 amperes
15 volts, maximum 4.33 amperes
20 volts, maximum 3.25 amperes
The maximum current depends on the adapter's capacity.
Output (charging
5 volts, 2 amperes
Charging method
Charge three batteries in parallel
The number of batteries that can be charged in parallel depends on the power of the charging head
. Three can be achieved by using a charger with a power output greater than 45 watts
Charge the battery in parallel, using a 30-watt to 45-watt charge
The head can only be charged with two batteries in parallel and uses less than 30 watts
The charging heads below can only be arranged in the order of battery power from high to high
Charge in sequence at low levels. Please use a charging adapter supported by the charging head
The final decision shall prevail.
Compatible battery
Supports Neo 2 Smart Flight battery
Storage
List of recommended memory cards
External SD card expansion of storage space is not supported
RC-N3 remote control
Longest battery life
Without charging the mobile device: 3.5 hours