The Anamorphic Lenses That Work Best for APS-C Cameras

Our Verdict and How We Chose

A high-quality anamorphic lens allows you to achieve a distinct 2.4:1 cinematic video look that standard spherical glass cannot replicate.

The SIRUI 24mm Anamorphic Lens F2.8 1.33X achieves this by using an anamorphic element to squeeze the horizontal field of view 1.33 times. Choose the SIRUI Mars 1.33x T2 to T2.9 Anamorphic Lens Set to cover multiple focal lengths like 50mm and 75mm, or opt for the SIRUI 35mm Anamorphic Lens SR-35M for a faster F1.8 aperture.

We selected these options from 51 cinema lenses screened at Review Expo. The prices for these picks range from $267 to $299, with a median price of $268 across the 4 products in our comparison.

Check the article scope to see which specific models are included in this list.

Explore the detailed reviews to see an in-depth analysis of every product.

Find your perfect match in the audience checklist tailored to different types of filmmakers.

If you need a compact wide-angle option, view the Meike ZN-1622 spec breakdown for a detailed look at its performance.

The Specs That Decide a Film Production Glass

Selecting a 1.33x squeeze factor for a 2.4:1 aspect ratio

Select a 1.33x squeeze factor to ensure your final image maintains a 2.4:1 aspect ratio when desqueezed (the ratio of horizontal to vertical field of view). All three selections—the SIRUI 24mm Anamorphic Lens F2.8 1.33X, the SIRUI 35mm Anamorphic Lens SR-35M, and the SIRUI Mars 1.33x T2 to T2.9 Anamorphic Lens Set—provide this specific 1.33x squeeze. While professional glass like the Arri Master Prime and Cooke S4 are the industry standards for color science, these options provide the specific anamorphic squeeze required for a cinematic look on a crop sensor. You should verify that your editing software can correctly interpret the 1.33x squeeze to avoid a field of view that is too narrow or too wide for your APS-C sensor.

Choosing focal length coverage for different primary shooting distances

Choose a focal length based on your primary shooting distance, as the SIRUI Mars 1.33x T2 to T2.9 Anamorphic Lens Set offers the widest range with 24mm, 35mm, 50mm, and 75mm options. The SIRUI 35mm Anamorphic Lens SR-35M provides a medium field of view, while the SIRUI 24mm Anamorphic Lens F2.8 1.33X serves wider shots. If you need a versatile kit for various environments, the multi-focal set provides more coverage than the single-prime options. Since the 50mm option was excluded from our selection, the Mars set is your primary route for a wider variety of cinematic focal lengths on an APS-C camera.

Using T-stop ratings to determine actual light transmission

Look for a T-stop rating to determine actual light transmission, as professional cinema lenses use T-stops rather than F-stops to measure light passing through the glass. The SIRUI Mars 1.33x T2 to T2.9 Anamorphic Lens Set provides a T2 to T2.9 range, which is the only product here stating a T-stop value. The SIRUI 35mm Anamorphic Lens SR-35M states an F1.8 aperture, and the SIRUI 24mm Anamorphic Lens F2.8 1.33X states F2.8. Because T-stops measure light more accurately than F-stops for cinema glass, the Mars set provides the most consistent data for light transmission requirements.

Comparing lens weight for better gimbal balance

Compare the weight of the lens to your camera body to ensure the gimbal can balance the front of the rig. The SIRUI 35mm Anamorphic Lens SR-35M weighs 1.55 pounds, while the SIRUI 24mm Anamorphic Lens F2.8 1.33X weighs 2.6 pounds. The weight of the SIRUI Mars 1.33x T2 to T2.9 Anamorphic Lens Set is not stated. You should weigh the heavier 2.6-pound 24mm lens against your specific gimbal’s payload capacity before ordering to ensure the motor can compensate for the front-heavy weight distribution.

Identifying the specific lens flare character of the glass

Identify the flare type to determine how the glass reacts to direct light, such as the blue flare stated for the SIRUI 24mm Anamorphic Lens F2.8 1.33X. This specific lens also features an aluminum alloy housing and copper aperture and focus rings. The SIRUI 35mm Anamorphic Lens SR-35M and the SIRUI Mars 1.33x T2 to T2.9 Anamorphic Lens Set do not state a specific flare type. If you prefer a specific color streak, the 24mm model provides a blue flare, whereas the other options do not provide a stated flare character in the data.

Movie Camera Lenses Compared Side by Side

Prices are approximate and move frequently – check the current price before deciding. “Not stated” means the manufacturer listing does not give that figure – we do not estimate it.

The SIRUI Mars 1.33x T2 to T2.9 Anamorphic Lens Set fits this topic best because it provides the widest range of focal lengths for APS-C sensors.

Each Cinema Lens We Picked, Reviewed in Detail

The 3 picks below are reviewed in the same order as the cards above.

SIRUI 24mm Anamorphic Lens F2.8 1.33X

This lens provides a wide-angle perspective for APS-C users who need a versatile primary glass for cinematic projects. It was selected because its 24mm focal length offers a broader field of view than the longer prime options available in this lineup.

What we like: The 1.33x squeeze factor produces a 2.4:1 aspect ratio, which is the standard for many cinematic productions. It features an aluminum alloy housing and copper rings for the aperture and focus, providing a durable build for manual operation.

Keep in mind: The F2.8 maximum aperture is at the wider end of the usable range for high-end commercial work, which may limit performance in low-light environments.

SIRUI 35mm Anamorphic Lens SR-35M

The SR-35M serves as a mid-range prime for filmmakers seeking a natural perspective on crop sensors. We included it because the 35mm focal length provides a classic look that balances wide-angle coverage with subject isolation.

What we like: This lens offers a wider F1.8 maximum aperture compared to the 24mm option, allowing for shallower depth of field. It includes controls to manage chromatic dispersion, which helps maintain image clarity at the edges of the frame.

Keep in mind: While it provides a 1.33x squeeze, the 35mm focal length results in a narrower field of view than the 24mm alternatives.

SIRUI Mars 1.33x T2 to T2.9 Anamorphic Lens Set

The Mars set offers the most comprehensive range of focal lengths for APS-C setups, including 24mm, 35mm, 50mm, and 75mm. We selected this set because it allows you to switch between wide-angle and telephoto perspectives without changing systems.

What we like: This set provides four different focal lengths, all featuring a 1.33x squeeze ratio for consistent cinematic styling. It utilizes a T2 to T2.9 aperture range, where T-stops measure the actual light transmission through the glass.

Keep in mind: The set’s T2.9 maximum aperture is narrower than the F1.8 or F2.8 options, which may require more light for certain shots.

How manual focus lenses offer lower pricing than motorized versions

Manual focus lenses in this selection are priced between $267 and $299, while motorized versions typically command a significant premium due to the internal drive motors and electronic communication hardware. Because these specific models use manual focus, you can access anamorphic squeeze at a lower price point than motorized equivalents.

Check your current camera’s mount type and compare it to the mount types listed above. If your camera uses an M4/3 mount, the 35mm lens and the Mars set are compatible; if you use an EF-M mount, the 24mm lens is the compatible choice.

What Each Job Calls For vs What These Picks State

Match the job you actually need done to the figure it calls for, then check which picks state that figure or more. Where none do, the row says so.

These figures are the levels this category is generally held to, not manufacturer claims. A pick at or above a figure states that number; how it reaches it and the rest of your setup still decide the job, so check them against your own workload before buying.

Who Buys Cinema Lenses, and What It Really Costs

What These Film Production Glasses Need, and What to Check on Arrival

Matching native mounts and squeeze factors for cinematic requirements

You can achieve the full cinematic look without a specific adapter or filter if the lens’s native mount and squeeze factor match your camera’s sensor and desired output. The SIRUI 24mm Anamorphic Lens F2.8 1.33X provides a 1.33 times squeeze factor (the ratio of horizontal to vertical field of view) to create a 2.4:1 aspect ratio, while the SIRUI 35mm Anamorphic Lens SR-35M and the SIRUI Mars 1.33x T2 to T2.9 Anamorphic Lens Set also provide a 1.33x squeeze factor for similar results.

Identifying the specific camera mount required for pre-production

All three cinema lenses require a camera body with a compatible mount to function.

• The SIRUI 24mm Anamorphic Lens F2.8 1.33X requires an EF-M Mount (the mechanical connection to the camera body) to ensure physical compatibility.
• The SIRUI 35mm Anamorphic Lens SR-35M requires an M4/3 Mount.
• The SIRUI Mars 1.33x T2 to T2.9 Anamorphic Lens Set requires a Micro Four Thirds (M4/3) Mount.

Verifying Your Order

Warranty and return terms vary by seller and country, so verify the specifics of your purchase before the return window closes.

• Confirm the mount type matches your camera body, as these are not interchangeable without adapters.
• Check the glass for any shipping damage or coating defects, as the optical elements are the most expensive part to replace.
• Verify the focus and aperture rings move freely, as these are manual controls that must operate smoothly for production.

Mount the lens to your camera and perform a focus pull test the day it arrives while a return is still possible.

Consult the FAQ for answers to common questions about anamorphic optics.

Review the technical requirements to ensure your gear meets the necessary specifications.

Use the buying guide to understand the core criteria for selecting the right lens.

Buying Questions About Cinema Lenses, Answered

How does the lens weight affect my gimbal balance?

The weight of the cinema lens determines the torque and counterweight requirements for your gimbal. The SIRUI 35mm Anamorphic Lens SR-35M weighs 1.55 pounds, while the SIRUI 24mm Anamorphic Lens F2.8 1.33X weighs 2.6 pounds.

Will the lens flare be horizontal or vertical?

The direction of the flare is determined by the anamorphic squeeze, which creates horizontal light streaks. The SIRUI 24mm Anamorphic Lens F2.8 1.33X states it produces a blue flare, while the SIRUI Mars 1.33x T2 to T2.9 Anamorphic Lens Set produces blue light streaks.

Which anamorphic lens suits a wide-angle shot?

The anamorphic lens that suits a wide-angle shot is the SIRUI 24mm Anamorphic Lens F2.8 1.33X or the SIRUI Mars 1.33x T2 to T2.9 Anamorphic Lens Set. Both provide a 24mm focal length, which measures the magnification and angle of view for your frame.

Is the SIRUI Mars 1.33x T2 to T2.9 Anamorphic Lens Set worth it?

If you require multiple focal lengths for a single production, the SIRUI Mars 1.33x T2 to T2.9 Anamorphic Lens Set provides 24mm, 35mm, 50mm, and 75mm options for around $299. This set provides a 1.33x squeeze ratio, which is the ratio of the horizontal field of view to the vertical field of view.

View our top picks for a quick summary of the best options available.

See the setup and warranty notes for information on installation and manufacturer support.

Compare all specifications side by side in the comparison table.

Who Should Skip These Movie Camera Lenses

When you are racking focus during a continuous shot, focus breathing can ruin the continuity of a professional production. To avoid this, verify the specific focus breathing tolerances for your project requirements, as the data for these specific models is not stated.

If you are filming high-contrast scenes, chromatic aberration can create color fringing on edges that cannot be fixed in post-production. Check the specific correction ratings for each lens to ensure the glass meets your requirements for sharp, color-accurate edges.

If you require a lens that matches the color science of industry standards, none of the options we evaluated reach the level of the Arri Master Prime or Cooke S4. These reference tiers represent the standard for color rendering that entry-level glass attempts to emulate.