---
title: "Cinematic FPV Frame with DJI O3 Air Unit — Anti-Violence"
url: "https://anti-violence.xluxury.site/product/low-resonance-frame-construction-less-jello-more-cinematic-footage-dji-o3-hd-air-unit-low-latency-digital-transmission-uav/"
date: 2026-08-30
---

# Cinematic FPV Frame with DJI O3 Air Unit

## Product Details

| Property | Value |
|----------|-------|
| Price | &yen;1,056.00 |
| Availability | In Stock |
| SKU | JR-IF1230 |
| Categories | aerial photography |

No Props or frame in view!

DJI O3 HD Air Unit Low-Latency digital transmission

Secured Battery Plug and CNC bracket – Easy to install battery straps

High-performance True-AIO Board BLITZ F7 AIO 55A to save weight and space

T700 Quality Carbon – 40% more tensile strength compared to common 3K carbon

Lightweight one-piece frame design – Less flexibility, more Rigid, more Durable

Low Resonance frame construction – Less Jello, more Cinematic footage

JR-IF1230

Rack: Ring type

Motor diagonal distance: 151mm

Dimensions (L×W×H): 217×194×32.5mm

Weight: 335±5g (without battery)

Takeoff weight: 560±5g (with 6S 1400mAh battery)

Maximum horizontal flight speed: 140km / h

Maximum altitude take-off: 5000m

Maximum hovering time: about 6 minutes (Li-ion battery 6S 1400mAh battery no-load)

Maximum cruising time: about 4 minutes (Li-ion battery 6S 1400mAh battery no-load)

Maximum wind resistance level: 4 levels

Working environment temperature: -10°C—40°C

Number of antennas: single antenna

JR-IF1231

Rack: Ring type

Motor diagonal distance: 151mm

Motor: XING 2205

Propeller: Nazgul 3535

Weight: 363±5g

Takeoff weight: 588±5g (with 6S 1400mAh battery)

Dimensions (L×W×H): 217×194×32.5mm

Maximum horizontal flight speed: 140km / h

Maximum altitude take-off: 5000m

Maximum hovering time: about 6 minutes (Li-ion battery 6S 1400mAh battery no-load)

Maximum cruising time: about 4 minutes (Li-ion battery 6S 1400mAh battery no-load)

Maximum wind resistance level: 4 levels

Working environment temperature: -10°C—40°C

Number of antennas: single antenna
