BLAZAR LENS Talon 50mm T2.1 1.5x Anamorphic AF Lens (Sony E) Overview
Bring cinematic storytelling to your productions with the BLAZAR LENS Talon 50mm T2.1 1.5x Anamorphic AF Lens for Sony E-mount cameras. Designed for modern creators, this ultracompact and lightweight anamorphic lens combines a classic widescreen aesthetic with the convenience of fast, reliable autofocus—making it an excellent choice for gimbal work, handheld shooting, and even drone cinematography.
With its constant 1.5x squeeze factor and full-frame sensor coverage, the Talon 50mm delivers expansive visuals with enhanced horizontal field of view. BLAZAR’s innovative optical design further refines the look, producing a cinematic 1.8x-style output with signature oval bokeh and natural horizontal flares—perfect for achieving that sought-after filmic character.
Cinematic Anamorphic Performance
- 1.5x Squeeze Ratio: Expands your field of view for true widescreen composition
- Enhanced 1.8x Look: Delivers rich depth, pleasing compression, and oval bokeh
- Signature Flares: Natural horizontal flares for a classic cinematic aesthetic
- T2.1 Aperture: Bright and consistent exposure for low-light scenes and depth control
Fast & Intelligent Autofocus
- Selectable Autofocus: Ideal for solo shooters and fast-paced productions
- Real-Time Tracking: Smooth, accurate subject tracking during motion
- Eye Detection AF: Locks onto subjects’ eyes for precise focus in dynamic environments
Full-Frame Coverage
- Covers 36 x 24mm sensors, making it fully compatible with Sony full-frame mirrorless cameras while maintaining edge-to-edge image quality.
Compact, Lightweight Build
Weighing just 1.46 lb, the Talon 50mm is engineered for mobility and balance:
- Perfect for gimbals, drones, and handheld rigs
- 77mm front filter thread for quick filter attachment
- 80mm front diameter compatible with most cine matte boxes
Blending cinematic optics with modern autofocus performance, the Talon 50mm T2.1 is a powerful tool for filmmakers who want to achieve a professional anamorphic look without sacrificing speed, flexibility, or portability.






















