iFlight Alpha A85 4K Caddx Loris BNF Flysky XR602T-A

Let's welcome the iFlight Alpha series, a new way to fly FPV. Ever wanted to have a 4K Cam on the smallest possible whoop size quad? We sticked the caddx Loris 4K to one of our new 2inch whoop frames, did some tuning and tried to find the optimal ratio between weight and power. This is what we came up with to combine flight time efficiency with sufficient power.

Features：

• 76 grams (without battery)
• Butter smooth XING-E 1204 (more torque and efficiency with longer flight times compared to 1105 motors)
• Ducts to protect the sensitive environment or yourself
• Pre-tuned with smooth cinematic settings
• iFlight Sigma 5.8G light antenna upgrade (included)
• iFlight Sigma 900mhz light micro antenna upgrade (included with every Crossfire Nano RX)

Alpha A85 w/Caddx Loris 4K Camera BNF Specs:

• SucceX-D 20A Whoop F4 AIO Board
• XING-E 1204 FPV Micro Motor
  
• Wheelbase: 85mm
• Body size: 125*125mm
• Ducted propeller size: 2 inch
• FC pattern: 25.5*25.5mm
• FPV cam spacing: 14mm
• Weight: 76.5g (without battery)
• Flight time: 5-7 min cruising (4S 450mAh)

Alpha A85 w/Caddx Loris 4K Camera Quad BNF Included Components and Parts

• Prebuilt and tested Quadcopter
• 1x Alpha 85mm Frame
• 1x Caddx Loris 4K Camera
• 1x 5.8G SucceX Micro Force VTX 300mW
• 1x iFlight Sigma 5.8g light antenna
• 2sets HQ 2 inch 4-blades (Set of 4 - Color May Vary)
• 1x iFlight Lipo Strap

FC // SucceX-D 20A F4 Whoop AIO

*Size：30.5*30.5mm

*Mounting pattern：25.5*25.5mm/φ3mm

*Connector：Micro-USB

*MCU：STM32F411

*Gyro：MPU6000

*Blackbox：8MB

*BEC output：5V 2A/10V 2A

*INA pad：UART2 (nR2)

*Barometer：no

*Constant current：20A，25A（Burst）

*Input：2-5S

*Current sensor：yes

*BLHeli：BLHeli-S

*ESC Telemetry：no

*Target：IFLIGHT_F411_PRO

*ESC Firmware：G-H-30 BLS

Additional Suggested Parts

• DJI HD FPV Goggles
• Radio Controller
• Battery 4S 450mAh

Important

The DJI Remote Controller is recommended for beginners since you won't need to set up another receiver, but it is also optional in this BNF drone because it is NOT required in order to use the FPV system. If you don't choose to use the DJI Remote Controller, you can choose a receiver option for your transmitter and then bind to your own radio as usual.