Low Distortion Lens – D1601170311665

D1601170311665 is Low Distortion 8-Megapixel lens with fixed aperture F1.6, 1/1.73″ sensor size, 35° diagonal F.O.V., IP6K5 Waterproof Automotive Lens.

16mm 8MP Low Distortion Automotive Lens

This 16mm low distortion automotive lens is designed for vehicle imaging systems that require high-resolution image capture with controlled geometric distortion. Supporting a 1/1.73″ sensor, 8MP resolution, F1.6 aperture, and distortion below -3.4%, it provides a balanced optical solution for automotive cameras that need clear image detail and reliable spatial representation.

16mm 8MP Low Distortion Lens Highlights

• 8MP high-resolution support for detailed automotive image capture.
• Low distortion below -3.4% helps maintain more accurate object geometry.
• 16mm focal length provides a relatively focused field of view for vehicle imaging.
• F1.6 aperture supports efficient light collection in automotive camera systems.
• IP6K5 protection provides protection against dust and water jets when integrated into a suitable camera system.

16mm 8MP Low Distortion Lens Applications

Core Automotive Applications

This 16mm low distortion automotive lens is designed for applications where image detail and geometric accuracy are important. Compared with ultra-wide automotive optics, its 35° diagonal FOV provides a more concentrated viewing area, making it suitable for systems that need to identify or monitor objects within a defined region.

Designed for high-resolution automotive imaging applications, the lens can be used in:

• Vehicle-mounted monitoring cameras
• Long-range vehicle observation systems
• Automotive perception cameras
• Side-view monitoring systems
• Rear-area monitoring cameras
• Commercial vehicle imaging
• Intelligent vehicle camera modules
• Automotive embedded vision systems
• Object recognition and monitoring cameras

The 8MP resolution and < -3.4% distortion combination is particularly useful when the captured image needs to preserve object shape and spatial relationships. Low distortion can reduce the geometric deformation that may otherwise affect downstream image analysis.

For automotive vision projects requiring different fields of view and optical configurations, TOWIN’s ADAS Lens Solutions provide a useful reference for matching lens characteristics with vehicle imaging requirements.

Compatible Devices

This lens can be considered for integration with compatible:

• 1/1.73″ automotive camera modules
• 8MP vehicle cameras
• Automotive monitoring cameras
• Vehicle perception modules
• Embedded vision cameras
• Commercial vehicle camera systems
• High-resolution outdoor camera modules
• Vehicle-mounted machine vision devices

The Φ16 mm mounting structure pairs with the target camera module’s mechanical interface. During mechanical integration, engineers also verify sensor position, lens‑to‑sensor distance, housing dimensions, and available installation space.

Low-Distortion Optical Design

The lens provides a specified distortion of less than -3.4%, making geometric control one of its key optical characteristics. This is especially relevant when the camera is used to observe objects where shape, position, or relative dimensions need to remain visually consistent.

The 16mm focal length also gives this lens a considerably narrower field of view than ultra-wide automotive lenses. This makes it more suitable for applications requiring a defined viewing area rather than maximum panoramic coverage.

When selecting a low distortion lens, the sensor format and required field of view should be evaluated together with distortion requirements. TOWIN’s Distortion Guide provides additional information about how lens distortion affects imaging performance.

For projects where sensor compatibility is critical, the Sensor Guide can also help engineers evaluate the relationship between sensor size and lens image coverage.

High-Resolution Automotive Imaging

With support for an 8MP sensor, this lens is suitable for automotive camera systems where higher image resolution is required for detailed monitoring and visual analysis. The F1.6 aperture provides a relatively large optical opening, helping the lens collect sufficient light for demanding imaging environments.

The IP6K5 specification provides an additional level of environmental protection for applications where the camera may encounter dust and water jets. However, the final environmental protection of an automotive camera depends on the complete assembly, housing, seals, connectors, and installation conditions.

Frequently Asked Questions

Q: What type of automotive lens is this?
A: This is a 16mm low distortion automotive lens designed for high-resolution vehicle imaging applications requiring controlled geometric distortion.

Q: What is the distortion specification of this lens?
A: The specified distortion is less than -3.4%, providing controlled geometric deformation compared with conventional higher-distortion wide-angle optics.

Q: What sensor is this lens designed for?
A: The lens is designed for a 1/1.73″ image format, with the listed FOV measured using the OX08B40 sensor.

Q: What is the field of view of the 16mm lens?
A: With the OX08B40 sensor, the lens provides approximately 35° diagonal, 31° horizontal, and 17° vertical FOV.

Q: Is this lens suitable for high-resolution automotive cameras?
A: Yes. The lens supports 8MP resolution and is designed around a 1/1.73″ image format, making it suitable for high-resolution automotive imaging systems.

Q: What advantage does the F1.6 aperture provide?
A: The F1.6 aperture provides a relatively large optical opening, supporting light collection in automotive imaging environments where sufficient image brightness is important.

Q: Is this lens waterproof?
A: The lens is specified with an IP6K5 protection rating. The final environmental protection of the complete camera system depends on the housing, sealing, connectors, and overall assembly.

Q: Can this lens be used for machine vision?
A: Its high resolution and controlled distortion can be useful for selected vehicle-mounted machine vision and inspection applications. Final suitability depends on the required working distance, FOV, sensor, and image-processing requirements.

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