An idea takes shape — to recreate the most delicate flight in nature. Research into butterfly wing mechanics begins in earnest, studying butterfly flight biomechanics to understand how wings generate lift.

The first working prototype is assembled by hand. It is rough, imperfect — but it flaps. The core biomechanical principle is proven: a lightweight linkage mechanism can mimic the butterfly's wing stroke.

After months of iteration, stable and controlled flight is consistently achieved. Wing-rib proportions are calibrated to a butterfly's natural skeletal anatomy for a natural, believable flight pattern.

The first production-intent Titli is complete. It is elegant, responsive, and unmistakably alive in the air. The first generation sets the foundation for everything that follows.

An LED-wing edition is developed, making The Titli come alive indoors and in performance settings. Lighting is woven into the wing membrane without compromising aerodynamics or balance.

The wing architecture is entirely reimagined. Significantly improved lift, quieter mechanics, and an anti-tip stabilisation system make flight dramatically more reliable and spectacular.

The structural frame is re-engineered for minimum weight. Optimised motor drivers extend endurance and reduce heat during extended performance sessions.

A new dynamic filtering function is integrated, delivering near-silent operation, smoother wing oscillation, and noticeably enhanced stability — a step change in perceived quality.

The airframe is redesigned with human ergonomics at its core — shaped for intuitive one-hand grip, reducing operator fatigue across longer performance durations.

The latest Titli features a full carbon fibre airframe with an integrated drive system and expanded remote control channel functionality for richer flight choreography.

After years of quiet development, The Titli is available to collectors, performers, educators, and dreamers. Handcrafted to order. Limited in number. Made in India, made with love.