Classic Doctor Who Ace Jacket with Heavy-Duty Bomber Build The Doctor Who Ace Bomber Jacket is our tribute to the explosive bravery of the Seventh Doctor’s most iconic companion and the rebellious punk energy of the late 80s. We’ve moved away from the thin, flimsy “costume-grade” shells found in mass-market shops to create a piece of handcrafted sci-fi style outerwear that feels as substantial as a flight jacket. As a standout in our Celebrity Inspired Jackets collection, it provides an elite level of structural integrity and modern durability. Forged from hand-selected, premium high-density satin nylon, this jacket features high-definition embroidered patches accurately placed to honor Sophie Aldred’s signature look. The classic ribbed bomber silhouette and reinforced front zipper provide a sharp, commanding presence that stays grounded in any era. If you’re looking for a different kind of vintage energy, compare this fit with our Dean Winchester Jacket, or explore the athletic spirit of the Cowboys Cheerleaders Jacket within our broader Movie Inspired Jackets collection. Every detail, from the industrial-strength metal zippers to the heavy-knit ribbed cuffs and waistband, is engineered for longevity. We’ve utilized a breathable interior lining to ensure this sturdy black patched bomber coat remains comfortable whether you’re navigating urban landscapes or attending a fan convention. This is a master-tailored garment designed to provide a sharp, anatomical silhouette that honors the legacy of Doctor Who style with a premium, long-lasting build quality. Product Specification Material: Premium High-Density Satin Nylon (Obsidian Black). Design: Authentic Ace / Seventh Doctor Companion Silhouette. Patches: High-thread-count embroidered patches (Space, Music, and Military motifs). Inner: Soft, breathable Viscose lining for effortless layering. Hardware: Industrial-strength metal zippers and reinforced fasteners. Cuffs: Heavy-knit ribbed cuffs and hem for a secure, wind-resistant fit. Stitching: Double-needle reinforced threading for high-impact resilience.