Bionic Butterfly Flying Device
Butterfly Flying Device
The flight of a butterfly is not a simple back-and-forth in a straight line, but rather a graceful dance filled with randomness and rhythm—sometimes spiraling upward, sometimes gliding abruptly, its myriad postures utterly captivating. Our core inspiration lies precisely in capturing this unique “vitality-infused flight.” By studying its aerodynamic principles, we strive to enable mechanical flight to exhibit the same soulful elegance and agility.
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Product Highlights
Product Highlights
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Authentic Butterfly Wing Structure
Wing ribs are refined based on real butterfly skeleton proportions, generating thrust through wing emulation.
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Precision Bionic Flight System
Supports throttle/elevation/steering with 8-channel multi-motion customizable controls.
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Flight-Tested Before Shipment
Each unit undergoes factory testing for straight flight/turning/anti-flip functionality, with verifiable video recordings available.
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Handcrafted assembly
Limited production ensures each unit is unique, balancing lightweight construction with peak performance.
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Ultra-light airframe
Weighing just 60g, it delivers smoother flight and more responsive handling.
Applicable Scenarios
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Wedding
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Stage Performance
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Science Education
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Parent-Child Interaction
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Commercial Performance
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Exhibition
Specifications
Specifications
Wingspan: 50*70cm
Weight: 60g
Battery Capacity: 2s-180mAh rechargeable lithium battery
Charging: USB Plug (Do not connect chargers exceeding 5V)
Charging Time: 30-40 minutes
Flight Time:
Without LED lights, it can fly continuously for approximately 7 minutes.
With LED lights turned on, it can fly continuously for approximately 5 minutes.
Remote Control Range: 200m (recommended within visual range)
Suitable Environment: Indoor or outdoor flight in calm wind conditions
Flight Altitude: Recommended within 30 meters
Brief Operating Instructions
Brief Operating Instructions
1. After plugging in, ensure the throttle is at its lowest position.
2. Push the throttle to the mid-position and hold for 2 seconds to automatically enter flight preparation mode.
3. Control the throttle and direction channels to begin flight.
Packing List
Packing List
1* Butterfly Host
1* Pair of Butterfly Wings
1* Remote Control
2* Dedicated Batteries
1* Accessory Box
1* Screwdriver
1* User Manual
1 * Portable Case with Combination Lock
Package Dimensions: 54 x 41 x 20 cm, 4.9 kg
Important Notes
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Pre-sales Service
1. Handcrafting takes 7 days, with custom wings requiring an additional one to two days.
2. Upon completion, we will film a test flight video and provide a simple tutorial for each bionic butterfly. -
Regarding Returns
This product is a bespoke, handcrafted item. Each bionic butterfly is custom-made and flight-tested to order. We regret that returns are not currently accepted. Thank you for your understanding.
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Regarding Logistics
Due to the unique nature of our products, we currently only support shipping channels within Europe.
If customers from other regions wish to purchase, you may provide the contact information of a freight forwarder, and we can arrange shipping accordingly. -
Pre-flight Considerations
1. Before flying the bionic butterfly, charge the battery first (Lithium batteries are shipped in a partially charged state to prevent hazards; the battery level is sufficient only for test flights).
2. The USB balance charger only supports 5V input. Do not connect it to high-voltage chargers, as this may damage the balance charger.
3. During flight, monitor battery usage time. After continuous flight for 5-6 minutes, recharge or replace the lithium battery. Failure to do so may damage the battery. Use the included gift to test the battery voltage; recharge when any cell drops below 3.7V.
(Alternatively, recharge when total voltage falls below 7.4V)
4. Before landing or colliding, reduce throttle to minimize damage. Do not continue flapping wings after landing, as this may cause damage to the wings and airframe.
5. Regarding climate temperature:
(1) During summer, if flying continuously (over 4 minutes), cooling is recommended; in winter, the issue is negligible. Flight can resume after returning to normal temperature.
(2) The drive section features an exposed design to enhance heat dissipation during flight. Exposure to water may cause malfunctions, so flying in rainy conditions or high-humidity environments is strictly prohibited.
6. The remote control and main unit have been pre-configured and paired. Do not attempt to re-pair or reconfigure them to prevent device conflicts or control malfunctions.
7. The bionic butterfly cannot withstand wind. Please operate it indoors or in calm outdoor environments.
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After-sales Service
1. Lifetime warranty for the drive module (round-trip shipping costs for repairs are the customer's responsibility)
2. Butterfly wings and servos are wear-and-tear parts; repair fees will be charged based on actual conditions.
(1) One-time warranty for bionic wings (Wings are made from imported materials and are costly; please handle with care).
(2) The servos are high-load operating component with a standard durability test reaching hundreds of cycles. Impacts will reduce its lifespan, and repairs will be charged based on the specific circumstances.
3. Batteries are consumable items and are not covered under warranty.
ABOUT US
December 26, 2022: R&D prototype completed
March 2, 2023: Optimization completed; program refined and stable flight achieved
April 1, 2023: First-generation machine completed
June 1, 2023: LED version prototype completed
September 30, 2023: Wing design improved; second-generation machine completed (significantly optimized power, wings, and lift)
October 2, 2023: Optimized second-generation machine, completed anti-tip design.
November 1, 2023: Optimized LED, completed light-up Butterfly version
February 1, 2024: Improved airframe, reduced weight, optimized drivers
May 1, 2024: Optimized airframe, minor refinements
October 6, 2024: Optimized and refined airframe, weight reduction, and thermal management improvements
November 1, 2024: Optimized drive system with new dynamic filtering function for quieter operation, smoother flight, and enhanced stability.
January 25, 2025: Refined airframe design for improved handheld ergonomics.
June 25, 2025: Introduced carbon fiber airframe with integrated drive system and optimized remote control channel functionality.