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Pre-Order your ahaDRONE
Deliveries will begin in the second quarter of 2022. You will receive updates on your estimated delivery date upon completion of your order.
You will be charged at checkout.
The corrugated air frame is light, sturdy and offers the best impact absorption. The onboard Raspberry Pi computer along with the dedicated flight controller can host powerful applications without a glitch.
The flatpack DIY Kit includes everything needed to build and fly ahaDRONE.
ahaDRONE – The Flat pack Drone Kit includes everything and some extras.
The award winning cardboard drone lets you learn, build and fly advanced drone applications. ahaPilot Flight Controller
Raspberry Pi Multiple Camera Options
Accessories
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39,999/- 49,999/-
We have revolutionized ahaDRONE by iterating thousands of improvements in design, hardware and software. The most innovative DIY Drone Kit is a result of months of hacking and tinkering, running into five major iterations and hundreds of minor iterations. Its development is rooted in our need to make drones in all shapes and sizes and our passion to build fantastic products.
Corrugated paper boards have come a long way and we've re-engineered them to take over the skies. Thanks to its high strength to weight ratio, ahaDRONE has the highest Thrust-to-Weight ratio among all the micro drones in production.
The most innovative DIY Drone Kit is a result of months of hacking and tinkering, running into five major iterations and hundreds of minor iterations. Its development is rooted in our need to make drones in all shapes and sizes and our passion to build fantastic products.
We have revolutionized ahaDRONE by iterating thousands of improvements in design, hardware and software.
1. Open source airframe, flight controller hardware and software.
2. Award winning Design Engineering.
3. Build and Fly Kit.
4. Easy to assemble and disassemble.
5. Fully customizable, Fully hackable airframe.
6. Addresses Drone use cases in Education, Recreation and Research.
7. Light Weight, High Stiffness and Environmentally Friendly Drone Airframe.
8. AhaPILOT Flight Controller Board in companion with Raspberry Pi 3A+, Arduino Compatible, Wi-Fi & Radio,Controlled.
9. Upto 10 Mins Flight time.
10. ahaDRONE DIY-Kit includes 5 Color variants.
Drone With Most Innovations
ahaDRONE is built with opensource tools and speciallized corrugated board, making it easy for the developers to modify the code and the air-frame to suit applications in agriculture, urban management, forestry, research and emergency.
You want to tinker or build and fly for pure pleasure or learn the inner workings of artificial intelligence and flying machines, ahaDRONE is a fantastic drone to begin or accelerate your drone adventures, we are super exited to see you build and fly ahaDRONE.
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We’ll contact you few days prior to shipping your ahaDRONE Kit to select your variant and shipping address.
You will receive your ahaDRONE Kit by the second quarter of 2022, we will send you a survey at the time of delivery asking you to choose from the variants.
We’ll occasionally update you on the status of your order.
The Flat pack Do It Yourself Drone Kit Includes
soft radio control
ahaPILOT Board
ahaPower Board
4 Nos BLDC Motors
Raspberry Pi Compute Module 4
Pick your Camera(s)
11.1 V 1500mah Lithium Battery
5 Nos Do-It-Yourself Corrugated Air frames
Necessary Tools and Accessories
Available Port
PWM/PPM Headers
I2C Peader
SPI Test Pads
Selected Raspberry Pi GPIOs
5V power source
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ahaPilot – Flight Controller Stack
Autopilot
- MultiWii derivative, running on dedicated microcontroller
Sensors
- 3 – Axis Accelerometer
- 3 – Axis Gyroscope
- 3 – Axis Magnetometer
Positioning system
- Onboard GNSS
Propeler
- 5″ Nylon
Motors
- BLDC motors with outstanding performance
Radio Control
- Soft Radio with Builtin WiFi
Telemetry
- Soft Telemetry with Builtin WiFi
Computer Platform
- Raspberry Pi Compute Module 4 with Quad-core ARM Cortex-A72 processor
- 4 GB RAM
- 32 GB eMMC
Wireless Interface
- 2.4 GHz, 5.0 GHz IEEE 802.11 b/g/n/ac wireless
Software
- Pre Installed Custom Raspberry Pi OS with autopilot
Camera
Camera Option Explorer
- 12 MP Forward supporting C and CS mount lenses
Camera Option Investigator
- 8 MP Forward
- 8 MP NoIR Downward
Camera Option Inventor
- Dual 8MP Forward in Stereo Vision configuration
Batteries
- Li-Po 11.1 V 2000 mAh
Flying time
- Upto 10 Mins
Hardware Interfaces (For Advanced Users)
- I2C, SPI, PWM, PPM, GPIO
Optional
- Hardware Radio Controller
- Long Range telemetry
- Camera Gimbal for Forward facing camera
Other
- Navigation LEDs
- +5V 1A supply for user payload
- Preinstalled software bundle for mission planning, data gathering and more
UAVs can be a great engines of commerce or a menace and a threat, depending on what they are being used for. We are solving the problems caused by proliferation of UFOs and bring about accountability to all consumer and commercial UAVs.
Our foolproof technology to bring accountability to drones can be implemented in drones of all shapes, sizes and brands.
We put the problem of drone audit through hundreds of what-ifs before we arrived at a solution by connecting the dots of technology, applications, user profiles, size of the UAV and the possible number of drones in the sky.
Our patent pending technology is capable of registering and pinpointing a single drone from a cluster of a large number of UAVs. Our solution can verify the ownership, payload, operator, flight path, flight plan, UAV health and other vital information of a drone in real time, it can also enforce zoning and mitigate incidents.
