What's the best body to adapt the M.Zuiko Digital ED 40-150mm f/2.8 PRO onto?

Two strong destinations. First choice: a Nikon Z body via a generic mechanical adapter ring (multiple vendors) preserves the most of the M.Zuiko Pro 40-150 f/2.8's native behaviour (autofocus, in-lens IS where present, electronic aperture). Second choice: a Canon RF body via a Speed Booster / focal-reducer family — solid fallback when the first body family is unavailable. The /matrix and /picker pages let you compare every feasible adaptation side-by-side.

Will autofocus work when the M.Zuiko Pro 40-150 f/2.8 is adapted onto another body?

No — adapters in our catalogue route the M.Zuiko Pro 40-150 f/2.8 through a mechanical path on the best-supported body (Nikon Z). Focus is fully manual; rely on the body's focus peaking and magnify-to-focus aids to nail focus.

Does the M.Zuiko Pro 40-150 f/2.8's in-lens image stabilization still work through an adapter?

The M.Zuiko Pro 40-150 f/2.8 has no in-lens IS / VR / OS unit — there's no in-lens stabilisation to pass through. Bodies with IBIS (most modern mirrorless) still stabilise the captured frame, but stabilisation is body-side only.

OM System / Olympus · Micro Four Thirds mount · Zoom lens

M.Zuiko Digital ED 40-150mm f/2.8 PRO — adapter compatibility and body matches

The M.Zuiko Digital ED 40-150mm f/2.8 PRO sits on the Micro Four Thirds flange geometry (19.25 mm) — below is every body mount it adapts onto, the autofocus / IS / aperture-control level you should expect, and the specific adapter SKUs that ship the path.

Lens specifications

Manufacturer: OM System / Olympus
Lens mount: Micro Four Thirds
Focal length: 40–150mm
Aperture: f/2.8 – f/22
Lens type: Zoom
Image stabilization: No
Weight: 880 g
Filter thread: 72 mm
Released: 2014

Background & adapter context

MFT 2.0× crop — renders the full-frame field of view of an 80-300 mm telephoto zoom (close to the classic 70-200 + 30 mm at the long end). Constant f/2.8, retractable hood, removable tripod foot (the 880 g spec includes the foot). Pairs with the MC-14 1.4× teleconverter (56-210 mm f/4 equivalent — full-frame 112-420 mm field of view) and the MC-20 2× teleconverter (80-300 mm f/5.6 — full-frame 160-600 mm) without optical degradation; the Olympus / OM System rationale for skipping a dedicated 300 / 4 PRO until 2016. The MFT 70-200 equivalent that bypasses any EF 70-200 adaptation conversation entirely.

Adapting the M.Zuiko Pro 40-150 f/2.8 onto other bodies

Every feasible body-mount destination for a Micro Four Thirds lens, sorted by adapter feasibility. Curated adapter SKUs (linked below) cover the specific lens-side → body-side pairing — pick the row matching the body you own, then click the SKU for the full teardown.

Body mount	Result	Adapter examples	Caveats
Body mount Nikon Z flange 16 mm	Mechanical MFIS lens-onlyAp. wheelvignettes	generic mechanical adapter ring (multiple vendors)	Mechanical adapter only — no electronic communication between Micro Four Thirds lens and Nikon Z body. Lens has no aperture ring; choose an adapter with a built-in aperture-control wheel.
Body mount Canon RF flange 20 mm	Speed booster MFIS lens-onlyAp. wheelvignettes	Speed Booster / focal-reducer family	Flange clearance is only -0.8 mm — a plain mechanical adapter cannot reach infinity focus; a focal reducer (Speed Booster) with optical glass is required. Speed Boosters typically widen the effective focal length (~0.71×) and add ~1 stop of light, which can be desirable on crop bodies.
Body mount Canon EF-M flange 18 mm	Speed booster MFIS lens-onlyAp. wheelvignettes	Speed Booster / focal-reducer family	Flange clearance is only 1.3 mm — a plain mechanical adapter cannot reach infinity focus; a focal reducer (Speed Booster) with optical glass is required. Speed Boosters typically widen the effective focal length (~0.71×) and add ~1 stop of light, which can be desirable on crop bodies.
Body mount Sony E (incl. FE) flange 18 mm	Speed booster MFIS lens-onlyAp. wheelvignettes	Speed Booster / focal-reducer family	Flange clearance is only 1.3 mm — a plain mechanical adapter cannot reach infinity focus; a focal reducer (Speed Booster) with optical glass is required. Speed Boosters typically widen the effective focal length (~0.71×) and add ~1 stop of light, which can be desirable on crop bodies.
Body mount Fujifilm X flange 17.7 mm	Speed booster MFIS lens-onlyAp. wheelvignettes	Speed Booster / focal-reducer family	Flange clearance is only 1.6 mm — a plain mechanical adapter cannot reach infinity focus; a focal reducer (Speed Booster) with optical glass is required. Speed Boosters typically widen the effective focal length (~0.71×) and add ~1 stop of light, which can be desirable on crop bodies.
Body mount Fujifilm GFX (G-mount) flange 26.7 mm	Speed booster MFIS lens-onlyAp. wheelvignettes	Speed Booster / focal-reducer family	Flange clearance is only -7.4 mm — a plain mechanical adapter cannot reach infinity focus; a focal reducer (Speed Booster) with optical glass is required. Speed Boosters typically widen the effective focal length (~0.71×) and add ~1 stop of light, which can be desirable on crop bodies.
Body mount L-Mount flange 20 mm	Speed booster MFIS lens-onlyAp. wheelvignettes	Speed Booster / focal-reducer family	Flange clearance is only -0.8 mm — a plain mechanical adapter cannot reach infinity focus; a focal reducer (Speed Booster) with optical glass is required. Speed Boosters typically widen the effective focal length (~0.71×) and add ~1 stop of light, which can be desirable on crop bodies.
Body mount Leica M flange 27.8 mm	Speed booster MFIS lens-onlyAp. wheelvignettes	Speed Booster / focal-reducer family	Flange clearance is only -8.6 mm — a plain mechanical adapter cannot reach infinity focus; a focal reducer (Speed Booster) with optical glass is required. Speed Boosters typically widen the effective focal length (~0.71×) and add ~1 stop of light, which can be desirable on crop bodies.

About the Micro Four Thirds mount

Open standard mirrorless mount co-developed by Olympus (now OM System) and Panasonic. 2× crop factor sensor with a 19.25 mm flange is well-suited to legacy-lens adaptation; the small image circle requirement means almost any full-frame lens covers it. Native AF-preserving EF adapter coverage is limited compared to E-mount.

See every adapter that touches the Micro Four Thirds mount →

Common questions

What's the best body to adapt the M.Zuiko Digital ED 40-150mm f/2.8 PRO onto?: Two strong destinations. First choice: a Nikon Z body via a generic mechanical adapter ring (multiple vendors) preserves the most of the M.Zuiko Pro 40-150 f/2.8's native behaviour (autofocus, in-lens IS where present, electronic aperture). Second choice: a Canon RF body via a Speed Booster / focal-reducer family — solid fallback when the first body family is unavailable. The /matrix and /picker pages let you compare every feasible adaptation side-by-side.
Will autofocus work when the M.Zuiko Pro 40-150 f/2.8 is adapted onto another body?: No — adapters in our catalogue route the M.Zuiko Pro 40-150 f/2.8 through a mechanical path on the best-supported body (Nikon Z). Focus is fully manual; rely on the body's focus peaking and magnify-to-focus aids to nail focus.
Does the M.Zuiko Pro 40-150 f/2.8's in-lens image stabilization still work through an adapter?: The M.Zuiko Pro 40-150 f/2.8 has no in-lens IS / VR / OS unit — there's no in-lens stabilisation to pass through. Bodies with IBIS (most modern mirrorless) still stabilise the captured frame, but stabilisation is body-side only.

Lens specifications

Background & adapter context

Adapting the M.Zuiko Pro 40-150 f/2.8 onto other bodies

About the Micro Four Thirds mount

Common questions

Keep exploring