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DJI spent three generations working up to this. The Mini 4 Pro is what the Mini 3 Pro should have been: omnidirectional obstacle avoidance, 4K/60fps with D-Log M, and a sensor that actually competes with cameras two classes above it — all in a 249g package that doesn't require FAA registration for recreational use.
We've put 40+ flights on this drone across six months, through wind, rain (light drizzle, not by choice), and summer heat. The firmware has changed meaningfully since launch. Here's the honest picture.
| Spec | Rated | Our Measured |
|---|---|---|
| Weight | 249g | 249g (verified) |
| Sensor | 1/1.3" CMOS | — |
| Aperture | f/1.7 | — |
| Max Video | 4K/60fps | — |
| Max Bitrate | 150Mbps | — |
| Color Profile | D-Log M, Normal, HLG | — |
| Battery Life | 34 min | 26–28 min (real conditions) |
| Wind Resistance | Level 7 (38 km/h) | Stable to ~32 km/h sustained |
| Max Range (OcuSync) | 20 km | ~6–8 km practical (US legal limit) |
| Obstacle Avoidance | Omnidirectional | Forward/backward/side/upward (no downward) |
| Price | $759 (standard) | $959 (fly more combo) |
Battery life measured to automatic cutoff at ~15% reserve in 22°C ambient temp, steady hover with occasional movement. Wind data from flights in sustained coastal wind with anemometer confirmation.
v01.01.0300: Improved obstacle avoidance sensitivity in bright light — previously would false-trigger on high-contrast shadows. Noticeable improvement in practice.
v01.01.0400: Adjusted wind compensation aggressiveness. The drone now holds position more firmly in gusty conditions but uses slightly more battery doing it. We noticed ~2 min reduction in battery life on windy days post-update.
v01.01.0500 (current): Color science adjustments to D-Log M. Highlights roll off slightly more naturally. Subtle but real — older D-Log M footage looks marginally harsher in comparison. DJI did not document this in the official changelog.
Run v01.01.0500. Don't roll back unless you have a specific reason — each update has been a genuine improvement.
The 1/1.3" sensor with f/1.7 aperture is the real story here. For a sub-250g drone, the low-light performance is legitimately impressive — you're getting usable footage at dusk where the Mini 3's 1/1.3" f/1.7 (same spec, different color science) would have started struggling with noise.
D-Log M is DJI's flat color profile designed for grading. It's not as flexible as a proper log from a cinema camera, but for drone footage it gives you meaningful latitude — we're recovering 2–3 stops in highlights without visible banding. If you're shooting sunsets or high-contrast coastal scenes, shoot D-Log M. If you're shooting for social media and don't want to grade, shoot Normal or HLG.
4K/60fps at 150Mbps is the sweet spot. The 4K/120fps slow-motion mode crops into the sensor and loses some quality — it's fine for quick social cuts but don't build a production around it.
It's there. At 4K/60fps it's manageable with smooth movement. Fast pans or quick lateral movement in 4K/30fps will show jello on hard vertical lines. This is the price of not having a mechanical shutter in a 249g aircraft. Fly smooth, use ActiveTrack, and it's rarely a problem in practice.
In calm conditions this drone is boring to fly — in the best way. It holds position exactly where you put it. GPS + vision positioning is rock solid down to ~1m altitude.
Wind resistance is where we diverge from DJI's spec sheet. DJI rates it at Level 7 (38 km/h sustained). In practice, at 32 km/h sustained with gusts to 40, the Mini 4 Pro maintains controlled flight but you can see it working. Video quality degrades noticeably above 28 km/h — the stabilization can't fully compensate. Treat 25 km/h as your real practical wind limit for quality footage.
Omnidirectional obstacle avoidance is a genuine upgrade from the Mini 3's forward/backward-only system. APAS 5.0 navigates around obstacles rather than just stopping. It's not perfect — it occasionally makes conservative decisions in complex environments — but it's saved the drone from at least two situations where the Mini 3 Pro would have needed pilot intervention.
RTH works reliably. Set your RTH altitude above the tallest obstacle in your area before every flight — this is not optional. The default 30m is dangerously low in many environments.
DJI quotes 34 minutes. We've never hit 34 minutes. In real-world conditions — actual flying, not hovering in still air indoors — expect 26–28 minutes before the drone triggers its low battery return. In wind above 20 km/h, budget 22–24 minutes.
The Fly More Combo ($959) includes three batteries and a charging hub. If you're doing any serious work, it's the right buy. Single-battery limitations on location are genuinely frustrating when you find a shot that needs another pass.
Store batteries at 40–60% charge if you won't fly for more than a few days. The Intelligent Flight Battery will self-discharge to storage voltage if left full — let it do this naturally rather than flying it down. DJI's quoted cycle count assumes proper storage.
At 249g, the Mini 4 Pro sits just under the 250g FAA registration threshold for recreational pilots. This is intentional and it matters — recreational pilots can fly this drone in many situations without the registration requirement that applies to heavier aircraft.
However: Remote ID is still required for all drones over 0.55 lbs (250g) manufactured after March 2024 — but the Mini 4 Pro weighs 249g, so it's under both thresholds. Check current FAA guidance at faa.gov/uas for your specific situation. Rules change and this article reflects guidance as of June 2024.
For commercial use (real estate, events, paid work of any kind), you need FAA Part 107 certification regardless of drone weight. Flying the Mini 4 Pro for a client without Part 107 is illegal.
If you own a Mini 3 Pro, the upgrade is harder to justify than DJI's marketing suggests. The sensor is similar. The main gains are omnidirectional obstacle avoidance (vs. forward/backward on Mini 3 Pro), D-Log M (vs. D-Log on Mini 3 Pro — D-Log M is better), and APAS 5.0 navigation. For most pilots, that's a $300–400 upgrade for meaningful but incremental improvements. If you shoot in complex environments, the full APAS is worth it. If you fly open landscapes, stay on your Mini 3 Pro.
If you're coming from a Mini 2 or older, this is a generational jump. Buy the Mini 4 Pro.
The Nano+ is the serious alternative at $649. It has a RYYB sensor that genuinely outperforms CMOS in low-light below EV1. It has no geo-fencing — you're not locked out of airspace DJI has decided you can't access. The downside: the Autel app is noticeably worse than DJI Fly, the ecosystem is smaller, and obstacle avoidance is less capable. For pilots who fly in controlled airspace regularly or want maximum low-light performance, the Nano+ deserves serious consideration. For everyone else, the Mini 4 Pro's superior ecosystem and obstacle avoidance win.
The DJI Mini 4 Pro is the drone the consumer market needed. It doesn't sacrifice meaningfully on camera quality, it has obstacle avoidance that actually works in all directions, and it stays under the weight thresholds that matter for recreational pilots. The battery life marketing is dishonest and the rolling shutter is real, but neither is a dealbreaker in practice.
At $759 for the standard kit, buy the Fly More Combo at $959 instead. Three batteries and a charging hub on location makes the difference between a productive shoot and a frustrating one. Score: 9.4/10.
We recommend the Fly More Combo. Affiliate link — commission earned at no cost to you.