Pentax

Pentax 21580 SMCPENTAX DA FE10-17mm Lens

Capture the World in Stunning Detail The Pentax SMC PENTAX DA FE 10~17mm F3.5~4.5ED(IF) DAFE10?17F3.5?4.5 lens is designed to capture expansive, high-quality images. Its unique fisheye perspective and advanced optical technology make it ideal for creative photographers seeking distinctive results...

$210.97*
Check availability

*Price sourced from Amazon.com. Last updated:Aug 27, 2026.Price and availability are subject to change — details.

Affiliate Disclosure: As an Amazon Associate, Studio Supplies earns from qualifying purchases made through links on this page, at no additional cost to you. This helps support our editorial team.

Notice a mistake? Let Us Know

Overview

Capture the World in Stunning Detail

The Pentax SMC PENTAX DA FE 10~17mm F3.5~4.5ED(IF) DAFE10?17F3.5?4.5 lens is designed to capture expansive, high-quality images. Its unique fisheye perspective and advanced optical technology make it ideal for creative photographers seeking distinctive results.

Specifications:

  • Brand: Pentax
  • Model: 21580
  • Title: PENTAX SMCPENTAX DA FE10~17mm F3.5~4.5ED(IF) DAFE10?17F3.5?4.5
  • Description: ENTAX SMCPENTAX DA FE10~17mm F3.5~4.5ED(IF) DAFE10?17F3.5?4.5 …

Specifications

Model Number
21580
Focal Length
10-17mm
Lens Type
DA FE (Fisheye)
Brand
Pentax

Frequently Asked Questions

This lens offers a focal length range of 10-17mm, providing an ultra-wide to fisheye perspective.
Yes, the "FE" in its name indicates it is a fisheye lens, designed to produce a distinctive distorted wide-angle view.
As a DA series lens, it is optimized for Pentax's APS-C digital SLR cameras; its performance and coverage on full-frame sensors may vary.
This lens is best suited for creative photography requiring unique perspectives, such as expansive landscapes, architectural shots with dramatic distortion, or artistic portraiture.
The "SMC" in the name typically indicates Pentax's Super Multi-Coating, designed to reduce reflections and improve light transmission for better image quality.