Description
DZOFilm Vespid Prime FF Macro 90mm T2.8 – PL & EF Mount
The DZOFilm Vespid Prime FF Macro 90mm T2.8 is a professional full-frame macro cine lens that combines precision optics with cinematic rendering. Designed for filmmakers who demand both close-up capability and production-ready performance, this lens delivers stunning detail, accurate color, and smooth focus control across the entire frame.
Featuring an all-metal body, standardized 0.8 MOD cine gears, and a 16-blade iris, the Vespid 90mm Macro offers consistent mechanics with the rest of the Vespid Prime lineup. Its macro design (minimum focus distance 0.25 m) allows for creative close-up compositions, while the interchangeable PL and EF mounts ensure broad camera compatibility for both cinema and hybrid systems.
Main Features
- Full-frame 90mm macro lens — delivers exceptional detail and cinematic depth.
- Bright T2.8 aperture — provides smooth background separation and strong low-light performance.
- 16-blade iris & 270° focus rotation — enables precise control and beautifully rounded bokeh.
- Professional cine construction — robust metal housing with 80mm front diameter and 77mm filter thread.
- Interchangeable PL & EF mounts — compatible with a wide range of professional camera systems.
Specifications
| Focal Length | 90mm |
| Maximum Aperture | T2.8 |
| Mounts | Interchangeable PL & EF |
| Sensor Coverage | Full Frame (Ø46.5mm) |
| Front Diameter | 80mm |
| Filter Thread | 77mm |
| Iris Blades | 16 |
| Minimum Focus Distance | 0.25m |
| Focus Rotation | 270° |
| Weight | Approx. 0.9kg |
Why Choose the DZOFilm Vespid Prime 90mm Macro?
- Macro capability combined with full-frame cinematic image quality.
- Consistent design and mechanics across the entire Vespid Prime series.
- Compact, lightweight and robust — ideal for professional production environments.
Conclusion
The DZOFilm Vespid Prime FF Macro 90mm T2.8 offers a perfect balance of sharpness, bokeh, and build quality, making it an essential choice for filmmakers seeking professional macro and close-up performance in a compact cine housing.




























