SmallRig has introduced two new lighting modifiers, the FL-60 and FL-90 one‑touch fold‑out lantern softboxes, aimed at photo and video creators who need portable, quick‑to‑set‑up gear. Announced on July 30, 2026, the products are designed to work with standard Bowens S‑mount fixtures, allowing them to attach to a wide range of existing lights and strobes.

The standout feature of the FL‑60 and FL‑90 is their side‑opening folding structure. This design enables a single‑step setup and folding process, eliminating the need for multiple latches or complex assembly steps. Creators can pop the softbox open or collapse it with one motion, which is especially useful when moving between locations or packing gear into a bag.

To further speed up workflow, SmallRig incorporated a quick‑release locking mechanism. This system lets users mount or swap the softbox onto a light stand or fixture in seconds, reducing downtime during shoots. The locking design is intended to keep the modifier securely attached while still allowing fast removal when needed.

Build quality is highlighted by the use of high‑strength stainless materials in the frame, which SmallRig says provides durability without adding excessive weight. The combination of a robust frame and the fold‑out lantern shape aims to deliver even, soft light while maintaining a compact footprint for transport.

For creators who frequently change lighting setups on location or in small studios, the FL‑60 and FL‑90 promise to cut down on preparation time. The Bowens S‑mount compatibility means the softboxes can be paired with many popular LED panels, monolights, and strobes already in a creator’s kit, expanding their lighting options without requiring new adapters.

SmallRig’s latest release targets the growing demand for lightweight, user‑friendly lighting accessories that keep‑on‑the‑go nature of modern content creation. By focusing on rapid setup, secure mounting, and durable construction, the FL‑60 and FL‑90 aim to become go‑to tools for photographers and videographers seeking efficiency in the field.