14 x 11 Multi-Flex DD Reaper Coil for ACE Apex (GAR2223900)
Designed for ACE Apex detectors, the 14-by-11 Multi-Flex Double-D Reaper coil widens ground coverage and boosts depth, helping you search more ground and reach deeper targets than with smaller coils. It delivers roughly 25% more ground coverage than an 8.5-by-11-inch coil, making it ideal for sweeping large fields, locating caches, and scanning above stubble or other field obstructions that can limit sensitivity.
Rugged and fully submersible, this large coil weighs 19.6 ounces and is still light enough to swing comfortably all day. Compatible with ACE Apex detectors, it enhances detection on medium-to-large targets while preserving sensitivity to smaller finds.
Designed for ACE Apex detectors, the 14-by-11 Multi-Flex Double-D Reaper coil widens ground coverage and boosts depth, helping you search more ground and reach deeper targets than with smaller coils. It delivers roughly 25% more ground coverage than an 8.5-by-11-inch coil, making it ideal for sweeping large fields, locating caches, and scanning above stubble or other field obstructions that can limit sensitivity.
Rugged and fully submersible, this large coil weighs 19.6 ounces and is still light enough to swing comfortably all day. Compatible with ACE Apex detectors, it enhances detection on medium-to-large targets while preserving sensitivity to smaller finds.
Description
Designed for ACE Apex detectors, the 14-by-11 Multi-Flex Double-D Reaper coil widens ground coverage and boosts depth, helping you search more ground and reach deeper targets than with smaller coils. It delivers roughly 25% more ground coverage than an 8.5-by-11-inch coil, making it ideal for sweeping large fields, locating caches, and scanning above stubble or other field obstructions that can limit sensitivity.
Rugged and fully submersible, this large coil weighs 19.6 ounces and is still light enough to swing comfortably all day. Compatible with ACE Apex detectors, it enhances detection on medium-to-large targets while preserving sensitivity to smaller finds.
