French Astrolabe Historical Brass Rashi Hanging,Wall Decor, Home Decor Gift, Marine Navigation Instruments Vintage Style Antique Ship History Nautical for Christmas.
Brand: Sara Nautical
Color: Brown
Material : Brass ✔ Finish : Antique ✔ Weight: .200 kg Approx ✔ Size: 4 x 5.3 inch Approx ✔ French Astrolabe Historical Brass Rashi Hanging Marine Vintage Antique Brass ✔
This absolutely gorgeous solid brass astrolabe with a rich, Aged Brass finish. This Brass astrolabe is made of Brass Best Option on Quality Products. No compromise on quality. Great table top item for office,Wall decor, Christmas decorations, home and a unique gift for father, brother, boyfriend, husband, teacher and any navigational or nautical enthusiast.
UTILITY: Mariner, surveyor, nautical collectors, seafarer and enthusiasts and same people will enjoy this navigation instrument solid antique brass Astrolabe. As a ideal gift, this navigation Astrolabe device is a gleaming recreation of the classic functionally calibrated Astrolabe. Size: 10.1 x 13.4 cm Approx ✔ Thickness : 14 Gauge/ Weight: .200 kg Approx
Partially calibrated and functional antique finish brass Astrolabe, a navigation instrument. As it is not fully calibrated, therefore it is not recommended for serious navigation. UNIQUE GIFT ITEM- This Brass Astrolabe is the best gift for your family, friends, mariner and surveyor. Portable design of this sextant make it convenient to carry. Best Deal of price with respect to quality products. No compromise on quality at any cost.
PRODUCT FEATURE: This absolutely beautiful and functional brass Astrolabe with a antique Brass finish. This Brass Astrolabe is made from premium quality Brass. This Astrolabe is best In The world to give you precise result that helps you measure the Horizon, Longitude and Latitude.
How to Determine Your Latitude Using the Astrolabe : 1. Locate the star Polaris at night. 2. Sight the star through the straw. 3. Note what degree the string lines up at on the protractor using the set of numbers from 0-90 degrees. This number is the zenith angle. 3. To find the altitude angle: 90° - zenith angle.