RunCam Swift vs Swift Mini: Which 600TVL CCD Camera Fits?
RunCam Swift vs Swift Mini in one sentence: both share the same 1/3″ SONY Super HAD II CCD sensor at 600TVL with D-WDR, >60dB S/N ratio and 0.01Lux low-light sensitivity, but the Swift is the standard 26mm-cased version with a 2.8mm lens, PAL/NTSC switching and a 5–17V input, while the Mini is the compact 22.3mm variant with a wider 2.5mm lens, PAL signal and a 5–36V input that tolerates up to 8S straight from the battery. Pick the Swift for classic micro and 5-inch builds where its proven mounting ecosystem fits; pick the Mini when frame space is tight or your power rail runs hot. Here is the full spec-by-spec breakdown.
What do the two cameras actually share?
Both cameras are built around the same imaging chain, which is why image quality differences between them come almost entirely from the lens, not the sensor:
| Spec | RunCam Swift | RunCam Swift Mini |
|---|---|---|
| Image sensor | 1/3″ SONY SUPER HAD II CCD | 1/3″ SONY Super HAD II CCD |
| Horizontal resolution | 600TVL | 600TVL |
| WDR / DNR | D-WDR / 2DNR | D-WDR / 2DNR |
| S/N ratio | >60dB (AGC off) | >60dB (AGC off) |
| Min. illumination | 0.01Lux/1.2F | 0.01Lux/1.2F |
| Shutter | PAL 1/50–100,000 / NTSC 1/60–100,000 | PAL 1/50–100,000 / NTSC 1/60–100,000 |
| AGC / BLC / OSD | Yes / Yes / Yes | Yes / Yes / Yes (menu cable) |
| Lens | 2.8mm | 2.5mm |
| Signal system | PAL/NTSC | PAL |
| Power input | DC 5–17V | DC 5–36V |
| Dimensions | 26 × 26 × 30mm | 22.3 × 22 × 27mm |
| Weight | 12.6g | 12g |
That is twelve rows with the sensor, WDR, shutter range and sensitivity identical — so the real decision lives in the four rows below the divider: lens, signal system, voltage tolerance and form factor.
How does the 2.8mm vs 2.5mm lens change your view?
The Swift’s 2.8mm lens is the classic FPV field of view — the product page lists a horizontal FOV of 90°, wide enough to see gates and obstacles without the fisheye stretch that makes distance judgment harder. The Mini’s 2.5mm lens is wider still, which helps in tight proximity flying and indoor lines where you want more of the environment in frame. Neither is objectively better: racers who fly predictable tracks often prefer the tighter 2.8mm view, while freestyle and whoop pilots squeezing through gaps tend to accept the wider 2.5mm perspective. If you are still learning how lens angle shapes flying style, our FPV camera guide walks through the trade-offs.
Why does the voltage range matter more than you think?
This is the biggest practical difference. The Swift accepts DC 5–17V — comfortable on a 4S rail or a filtered 5V BEC, but you would not wire it straight to a 6S pack. The Swift Mini accepts DC 5–36V, which covers 1S through 8S without a regulator: on a Mini’s spec sheet that 36V ceiling is what makes it a drop-in for high-voltage builds where adding a BEC is one more component and one more failure point. Both tolerate the same 0.01Lux minimum illumination and the same D-WDR contrast handling, so the voltage row is about installation convenience, not image quality.
Does the signal system difference matter?
The Swift switches between PAL and NTSC, so it adapts to whichever format your goggles and VTX chain expect — useful when you fly with mixed equipment or travel between regions. The Swift Mini lists PAL as its signal system, so it is best matched to a PAL-capable receiving chain. In practice most modern analog goggles handle both formats, but if your existing setup is strictly NTSC, the Swift removes that compatibility question entirely.
Which airframes fit which camera?
The Swift’s 26 × 26 × 30mm body and 12.6g weight fit standard 26mm camera mounts — the vast majority of 3-to-5-inch analog frames — and the box includes both a base bracket and a hanging bracket for flexible mounting. The Mini’s 22.3 × 22 × 27mm body and 12g weight target cramped builds: micro frames, slim nose sections and any airframe where 4mm of width and 3mm of height decide whether the canopy closes. It ships with an aluminum bracket and an ABS bracket, so you still get mounting options despite the smaller footprint. Both include OSD menu cables for in-goggle settings adjustments.
Frequently Asked Questions
Do the Swift and Swift Mini have the same image quality?
Essentially yes — both use the same 1/3″ SONY Super HAD II CCD at 600TVL with D-WDR, 2DNR, >60dB S/N ratio and 0.01Lux minimum illumination. Perceived differences come from the lens: 2.8mm on the Swift versus the wider 2.5mm on the Mini.
Can the RunCam Swift run on 6S?
Not directly. Its input range is DC 5–17V, so a 6S pack (about 25V) exceeds the limit — use a regulator or a lower-voltage rail. The Swift Mini, with its DC 5–36V input, is the one built for direct 6S–8S connection.
Which one is lighter?
The Swift Mini at 12g versus the Swift at 12.6g — a 0.6g difference. Weight is not the deciding factor between them; form factor, voltage range and lens angle are.
Is the Swift Mini PAL-only a problem for NTSC goggles?
The Swift Mini’s spec lists PAL as its signal system, so verify your goggles and VTX accept PAL before buying. If you need guaranteed NTSC support, the Swift’s PAL/NTSC switching makes it the safer choice for mixed setups.
What if I want more than 600TVL?
Step up to the RunCam Eagle 800TVL — it adds 800TVL resolution, Global WDR for dark-area detail, a switchable 4:3/16:9 widescreen, a 130° FOV and a magnesium alloy shell, with a 5–22V input supporting 2–5S packs.
Which RunCam 600TVL camera should you buy?
Choose the RunCam Swift if you want the standard 26mm mount, PAL/NTSC flexibility and the classic 2.8mm/90° view on a 5–17V rail. Choose the Swift Mini if your build is space-constrained or runs 6S–8S and you want the wider 2.5mm lens without a regulator. Both deliver the same CCD image core, so the decision is purely mechanical and electrical. Still unsure which fits your frame? Contact our team — and if you are comparing across the whole market first, start with our FPV camera buying guide.