The PAM01662 is a 44mm timepiece that boasts an extraordinary balance of high-tech features and a sporty personality. Its unique aesthetic is achieved through a mix of materials, including DMLS titanium and Carbotech, which create a striking contrast of textures and colors. The DMLS titanium case is obtained using Direct Metal Laser Sintering (DMLS) technology, a futuristic 3D printing process by which titanium powder, sintered by a high-power fiber optic laser, takes a solid shape that grows 30 times finer than a human hair. The result is a case that is incredibly light, yet extremely resilient, making it the perfect choice for adventurous souls.
The Carbotech bezel is another standout feature of this watch, adding a distinctive touch of sportiness to the design. The bezel’s fixed tachymeter scale is perfect for measuring speed, making it an ideal choice for racing enthusiasts. The grey rubber strap completes the look, offering a comfortable and stylish fit for any occasion.
At the heart of the PAM01662 beats the Panerai Calibre P.9010 automatic movement, which is composed of 200 parts and contains 31 jewels. This movement is incredibly precise, boasting a power reserve of up to 72 hours, making it the perfect choice for those who demand the highest levels of accuracy and reliability.
The PAM01662 features a grey dial that perfectly complements the watch’s overall design, and is accented by luminous Arabic numerals and hour markers. The small second subdial is located at the 9 o’clock position, while the date display can be found at the 3 o’clock position, making it easy to keep track of important appointments and events.
Water-resistant up to 300 meters (1000 feet), the PAM01662 is perfect for those who love water sports or spending time by the sea. And for those who are committed to protecting the environment, the Recycled PET strap is an ideal choice. Made from recycled plastic bottles collected before reaching the Mediterranean Sea, the strap is both strong and resistant, while also reflecting Panerai’s dedication to sustainable practices