Key Takeaways
- Titan shifts focus from ultra-thin watches to precision engineering
- New Edge Ultra Slim features world’s thinnest quartz movement at 3.3mm
- Company developing synchronised analogue micro-motors for greater accuracy
- Automatic watch sales doubling year-on-year despite quartz innovation focus
Titan is pivoting its iconic Edge sub-brand from the pursuit of thinness to precision engineering, marking a strategic shift in the Indian watchmaker’s ambitions. The company recently unveiled its Ultra Slim Edge model featuring one of the world’s thinnest quartz movements while simultaneously developing advanced micro-motor technology for unprecedented accuracy.
“Sales of our automatics are doubling year-on-year,” revealed Kuruvilla Markose, Titan’s newly appointed watches division CEO, even as the company pushes quartz innovation. The Edge Ultra Slim, priced at ₹75,000, measures just 3.3mm thick – 0.2mm slimmer than the original 2002 model – and features a floating-disc hand merely 160 microns thin.
The Global Thinness Race
The quest for ultra-thin watches has captivated luxury brands for decades. In the 2010s, Piaget’s 3.65mm Altiplano 900P set early benchmarks, only to be surpassed by Bulgari’s Octo Finissimo series. Titan entered this elite league in 2021 with the 5.85mm Edge Mechanical priced at ₹1.95 lakh.
Today, Bulgari’s Octo Finissimo Ultra COSC holds the title of world’s thinnest mechanical watch at 1.70mm. However, Titan aims to avoid impractical extremes. “The Edge Mechanical showcased our capabilities,” Markose notes, “but our goal is making watches that are both practical and wearable.”
Precision Over Thinness
While enthusiasts expected mechanical developments, Titan’s roadmap prioritizes accuracy through quartz innovation. The company is developing “synchronised analogue micro-motors” – individual motors powering separate modules, compared by Markose to “an orchestra where each section performs independently but in harmony.”
This approach targets high-accuracy quartz (HAQ) territory, where movements like Citizen’s Caliber 0100 achieve ±1 second annual accuracy. Unlike traditional HAQ movements using thermocompensation, Titan’s micro-motor system represents an alternative engineering path toward stability and precision.
For the Edge brand, this signals evolution from building the thinnest watches to creating the most precise timepieces Titan can engineer. “We’re pushing the envelope with new materials and precision engineering,” Markose concludes, “without losing sight of the wearer.”
