Designed for the value conscious outdoor enthusiast and bird watcher, the new Barr & Stroud Sahara spotting scopes are possibly the best value in the market today. Featuring optical performance equal to, or better than any competitor’s product line, the Barr & Stroud Sahara is waterproof and features rugged armoured construction for years of performance.
• Multi coated lenses and Bak-4 Prisms – All Sahara spotters feature Bak-4 prisms and are multi coated, precision ground lenses to provide optical performance that is equal to, or better than anything in its class.
• Polycarbonate construction – All Safari spotting scopes are manufactured from lightweight polycarbonate which reduces overall weight and makes it extremely rugged and durable.
• Rubber armour covered – A rugged rubber armour covering quiets down bumps and protects your Sahara spotting scope from abrasions and damage from regular use.
• Waterproof, Fog proof & Nitrogen Filled – All Sahara Series spotting scopes are waterproof, fog proof and nitrogen purged to ensure many years of performance.
• Built-In Sliding Sunshade – Each Sahara spotting scope features a sliding sunshade that is built-in to the objective lens of the scope to further reduce glare.
• Multi coated lenses and Bak-4 Prisms – All Sahara spotters feature Bak-4 prisms and are multi coated, precision ground lenses to provide optical performance that is equal to, or better than anything in its class.
• Polycarbonate construction – All Safari spotting scopes are manufactured from lightweight polycarbonate which reduces overall weight and makes it extremely rugged and durable.
• Rubber armour covered – A rugged rubber armour covering quiets down bumps and protects your Sahara spotting scope from abrasions and damage from regular use.
• Waterproof, Fog proof & Nitrogen Filled – All Sahara Series spotting scopes are waterproof, fog proof and nitrogen purged to ensure many years of performance.
• Built-In Sliding Sunshade – Each Sahara spotting scope features a sliding sunshade that is built-in to the objective lens of the scope to further reduce glare.