Tesla Stryke Long Range Metal Detector

Depth: 10 meters

Distance: 200 square meters

The Tesla Stryke is an advanced metal detection device designed with cutting-edge technology to help treasure hunters and prospectors locate gold, metals, and hidden cavities underground with high accuracy.

Equipped with a Long Distance Sensing (LDS) System and acoustic identification features, the Tesla Stryke allows users to identify targets precisely and determine their exact center point. With a detection range of up to 200 meters and a full 360-degree scanning angle, this device provides unmatched coverage and reliability.

The Tesla Stryke specializes in detecting:
Gold Nuggets, Gold, Silver, Bronze, Nickel, Aluminium, and many other valuable metals with outstanding precision.

With a maximum depth of 10 meters underground, users can easily detect both small treasures and larger deposits.

Features:

Long Distance Sensing System (LDS).
Detection range up to 200m with 360° coverage.
Search depth up to 10m underground.
Adjustable search distance: 25m – 50m – 100m – 150m – 200m.
Adjustable depth levels: 1m – 2m – 3m – 4m – 5m – 6m –7m 8m – 9m – 10m .
Target type selection: Gold, Silver, Bronze, Nickel, Aluminium, Caves.
Acoustic signals & vibration alerts for precise detection.
LED indicators for target signal, battery status, and search mode.
Lightweight and compact design – can easily fit in your pocket.
Simple control panel with intuitive buttons for quick setup.
Durable construction with high-quality materials.

The Tesla Stryke is designed for professional and beginner users alike – easy to use, portable, and highly accurate. Its advanced engineering ensures reliable performance while remaining lightweight enough for long field operations without fatigue.

With Tesla Stryke, your search for gold nuggets, rare metals, and hidden treasures becomes more precise, efficient, and rewarding.

* 2 years warranty

Long-range metal detectors locate metals buried for many years by detecting subtle environmental changes caused by these metals.

These detectors use bio-energy interaction, ionization technology, electromagnetic field detection, advanced microprocessor analysis, long-term soil disturbance detection, and sensor fusion. The longer the burial time, the easier it is to detect these metals due to more pronounced ion fields and electromagnetic signatures.

Practical Testing Methods:

Field Testing in Historic Sites: Test in areas with known buried metal objects, like historical battlefields or archaeological sites (with permission).
Using Known Buried Objects: Test in places where long-buried metals are documented, such as old farm fields or construction sites.
Avoid Air Testing: Do not test with unburied or freshly buried metals. These detectors work by detecting ionization fields around long-buried metals, unlike hobby detectors.
Avoid testing inside houses, buildings, or other structures: numerous cables, electrical systems, and other factors can interfere with the long-range detector's performance.

INTERNATIONAL CUSTOMERS

Import Duties, Taxes, and charges are not included in the item price or shipping charges. These charges are the buyer responsibility.

Please check with your country’s custom office to determine what these additional costs will be prior to buying.

** Detector Power is not responsible and does not accept returns for the incorrect handling of the equipment sold and can do not guarantee the customer the discovery of valuable treasures or metals if in the place of search there is really nothing. Detector Power guarantees that the devices detect efficiently as they are constantly evaluated by detectorists and manufacturers to provide the best results. We suggest our clients before making any purchase that analyzes the equipment well since they are high-end and very modern equipment that can not be returned.