Viltrox Vintage Z2 Is a Pocketable Folding TTL Flash for Just $37
Viltrox's new Vintage Z2 TTL flash folds flat and fits in your pocket for just $37, with dedicated versions for Canon, Nikon, Sony, and Fujifilm.

Viltrox expanded its Vintage Z series with the Z2 TTL, a folding on-camera flash that slots into your pocket and costs less than a memory card. Priced at $37, with some listings showing a $35–$37 range, it ranks among the more affordable TTL-capable on-camera flashes available right now.
The Z2 is the third unit in the Vintage Z lineup, joining the Z1 and Z3 that Viltrox released last year. Where those earlier entries established the retro-inspired aesthetic, the Z2 introduces a foldable physical design, building on the series' emphasis on simple, lightweight lighting while adding greater portability. Viltrox's promotional imagery leans into that concept directly: one product photo shows two black units floating against a yellow background with the word "Fold" written in large cursive text.
On the technical side, the Z2 supports both TTL (through-the-lens) automatic exposure and manual operation. Viltrox is releasing dedicated mount-specific variants for Sony, Nikon, Fujifilm, and Canon systems, with each version built for compatibility with its respective brand's TTL metering. Full technical specifications, including guide number, recycle time, battery type, HSS support, and coverage angle, have not yet been confirmed through official Viltrox materials, so it's worth checking the manufacturer's product page before purchasing.
Initial press coverage and retail listings surfaced between March 18 and 20, 2026. Availability varies by region; EU orders are expected to ship toward the end of March.
At $37, the Vintage Z2 makes a compelling case for shooters who want native TTL integration without committing to a large, expensive speedlight. The foldable form factor is a practical addition for travel and street photographers who already run lean kits, and the four-mount lineup means it covers the vast majority of current mirrorless systems.
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