£399.95
The Nokta Double Score combines Simultaneous Multi-Frequency (SMF) technology with 15 kHz operation for versatile metal detecting across different terrains. Fully waterproof to 5m, lightweight at 1.2kg and equipped with advanced ground balance, target identification and multiple search modes, it is designed for both beginners and experienced detectorists.
Ideal for:
The Double Score includes a 30cm x 23cm (12″ x 9″) SC30 waterproof DD search coil, pinpoint function, vibration, Bluetooth, backlit LCD and up to 12 hours of battery life.
In stock – fast UK delivery
The Nokta Double Score is a versatile simultaneous multi-frequency metal detector designed for treasure hunting across fields, parks and beaches. Combining Multi-Frequency technology with a 15 kHz single-frequency option, the Double Score provides flexible detection performance while keeping operation simple and straightforward.
With 3 search modes: Park, Field and Beach, the Double Score can be adapted to different detecting environments. It features automatic, manual and tracking ground balance, a 10-level sensitivity setting, adjustable recovery speed, Iron Filter, Notch Filter and 01–60 Target ID for improved target identification.
The Double Score uses Simultaneous Multi-Frequency (SMF) technology, giving detectorists the advantages of multi-frequency detection in an easy-to-use package. It also provides a 15 kHz single-frequency option, allowing users greater flexibility depending on their detecting requirements.
With an IP68 waterproof rating, the Nokta Double Score can be completely submerged to depths of up to 5 metres (16 ft). This makes it suitable for detecting on wet beaches, in shallow water and in other challenging environments.
Weighing only 1.2 kg (2.6 lbs) including the search coil, the Double Score is designed for comfortable extended detecting sessions. Its adjustable shaft extends from 63 cm to 132 cm (25–52 inches), while the backlit LCD, keypad lighting, vibration and built-in LED flashlight make it practical in low-light and underwater conditions.
