Rike Knife - Mini Cicada

The Rike Mini Cicada continues the lineage of precision compact design established by the original Cicada and refined through the evolution of the Hummingbird series. It carries forward the same philosophy of scaled-down engineering, where every line, surface, and mechanism is reduced to its most efficient and intentional form without compromise.

Inspired by the organic symmetry and refined efficiency of the cicada insect, the Mini Cicada translates that natural influence into a compact, integral titanium platform. It is designed as a true everyday carry piece, delivering full functional capability in a minimal footprint while maintaining a strong emphasis on machining precision and visual balance.

At its core is a blade crafted from Damasteel, selected for its exceptional performance characteristics and distinctive layered patterning. The blade geometry is optimized for controlled, precise cutting tasks, offering both visual refinement and functional capability in equal measure. Its compact profile maintains the design language established by the original Cicada while introducing a more premium material expression.

The handle is fully machined from 6AL-4V titanium in an integral construction, continuing Rike’s focus on seamless structural engineering. The compact form factor provides a secure and confident grip, with refined contouring that supports controlled handling despite its small size. The overall structure maintains rigidity and balance, reinforcing its position as a high-end compact EDC tool.

A flipper tab opening system paired with a frame lock mechanism delivers smooth deployment and secure lockup. The action is precise and consistent, supported by tight tolerance machining and a focus on mechanical reliability. Every interaction reflects the design intent behind the Cicada lineage, where compact size does not reduce performance expectations.

Lightweight, refined, and engineered with purpose, the Mini Cicada extends the evolution of one of Rike’s most recognizable compact design families.