Laowa NanoMorph 2-Lens Prime Kit amber flare MFT – S35 (65mm, 80mm)

Laowa Nanomorph S35 2-Lens Prime Kit (65mm, 80mm) Amber Flare for Micro Four Thirds LWAPR2NAMFT

Laowa Nanomorph lenses are very small and light anamorphic cine primes for Super35 and Micro Four Thirds sensors ("Nano" for their size, "Morph" for anamorphic). Laowa's patented layout forms and focuses the image before the cylindrical elements, so the 1.5x squeeze stays constant across the focus range and faces do not stretch at close distances, while smaller cylindrical blocks keep the lenses compact. On a 16:9 sensor the 1.5x squeeze gives 2.66:1 after de-squeezing, with room to crop to 2.4:1, together with oval bokeh and horizontal flares.

This kit contains the 65mm T2.4, 80mm T2.4. This version has the amber flare, rarely found on the market and suited to narrative work and warm moods. The cine housing has a unified focus ring position for quick lens changes without moving the follow focus, 0.8 mod gears on focus and aperture rings, dual imperial and metric scales, adjustable back focus and a long-throw focus ring. The lenses have the Micro Four Thirds mount; on the mirrorless versions the mount can be changed with optional mounts sold separately.

Key features

• Patented anamorphic optical design
• Constant 1.5x squeeze across the focus range
• Compact and light, suitable for gimbal, slider, jib and drone
• Oval bokeh
• Amber flare
• Short minimum focus distances
• Unified focus ring position, 0.8 mod gears, dual scale
• Adjustable back focus

In the box

• 1 x Laowa Nanomorph 65mm T2.4 1.5X S35, Micro Four Thirds, amber flare
• 1 x Laowa Nanomorph 80mm T2.4 1.5X S35, Micro Four Thirds, amber flare

Specifications

• Format: Super35
• Anamorphic squeeze: 1.5x (constant)
• Aperture range: 65mm T2.4-T16; 80mm T2.4-T16
• Minimum focus distance: 65mm 70 cm; 80mm 70 cm
• Image circle: 65mm 28.8 x 18 mm; 80mm 28.8 x 18 mm
• Aperture blades: 13
• 65mm / 80mm: filter thread 62 mm, dimensions ø67 x 132 / 141 mm, weight 690 / 710 g
• Flare: amber
• Mount: Micro Four Thirds