Replica IWC Pilot Spitfire IW326802 – 1:1 Best Edition Black Dial

• Design Authenticity:

• 1:1 replica of the IWC Pilot Spitfire IW326802, expertly crafted to match the original with precision
• 39mm stainless steel case with a brushed finish, providing a solid and timeless look
• Classic black dial with crisp white Arabic numerals, luminous hands, and a date display at 3 o'clock for added functionality
• Engraved case back with the Spitfire logo, honoring its aviation history
• Clean, minimalist design with a robust and professional aesthetic

• Material Specifications:

• High-quality 316L stainless steel case, known for its durability and resistance to scratches and corrosion
• Scratch-resistant sapphire crystal with anti-reflective coating for clear, glare-free readability
• Premium leather strap with contrast stitching, offering comfort and longevity
• Stainless steel pin buckle for a secure, adjustable fit

• Precision Crafting:

• Luminous hands and hour markers filled with Super-LumiNova for excellent visibility in low-light conditions
• Precision dial print and detailed markers ensure easy legibility and maintain design integrity
• Engraved pushers and screw-down crown for enhanced durability and water resistance
• Triple-seal gasket system to improve water resistance and maintain authenticity

• Functional Engineering:

• Automatic mechanical movement for smooth, accurate timekeeping with a sweeping second hand
• 42-hour power reserve, ensuring reliability and consistent performance
• 6ATM water resistance, suitable for everyday wear and light exposure to moisture
• Screw-down crown for added durability and water resistance

• Care Protocol:

• Clean the case and crystal regularly with a microfiber cloth to prevent dirt buildup and maintain its polished finish
• Avoid excessive water exposure to preserve the leather strap and ensure longevity
• Store in a dry, padded watch box to avoid damage from environmental factors when not in use
• Wind the watch periodically if not worn daily to ensure optimal mechanical movement functionality