Last week we featured a cool video put together by Forum Member Mark Dalzell (aka “MDSlammer”). The video shows Mark and a couple of his shooting buddies engaging a steel target at 2300 yards (1.3 miles). In order to see both hits and misses at that extreme range, Mark assembled a target-cam system that broadcasts multiple video cam feeds wirelessly to a receiver on the firing line. Down-range, Mark positioned a high-gain antenna. This was key — without the antenna the system’s useful range was less than 1000 yards. But with the hi-gain antenna Mark gets very clear signals from 2300 yards.

Mark’s video was very popular with our readers. Quite a few guys asked for technical details so they could start assembling a similar system. To explain the components and set-up of his 2300-yard target cam system, Mark has made a 10-minute video that shows the equipment and explains how all the gear is hooked up. Mark system uses a KW7305 2.4 Ghz, 8-channel A/V transmitter/receiver kit ($269.00), powered by Li-Ion batteries ($125.00 with charger) that offer about 3 hours of run-time. The video camera was a Panasonic HDC SD-60 with 35X zoom ($350.00). The antenna is a 2.4 Ghz 24 DBI Grid unit (model # HG2424EG-NG), that cost just $45.00 plus another $29.00 for cabling. To see how this all functions at long range, watch the video below.

Watch This 10-Minute Video to See Components of 2300-yard Target-Cam System

While Mark positioned his hi-gain antenna downrange near the target, you can, alternatively, set the hi-gain antenna at the firing line and point it downrange at the transmitter. Mark says that either configuration will work, as long as the hi-gain antenna is aimed carefully. You also need to elevate both Transmitter and Receiver antennas. Mark mounted his receiver on top of a 10-foot-tall Century C-Stand near the shooting station. From there he could watch bullet impacts on his 7″ Marshall color monitor placed on a portable bench.

Mark tells us the whole system was affordable (under $1100.00 for everything including monitor and antenna), and it was easy to set up. Mark encourages readers who’ve been thinking about building a similar system for their long range shooting sessions: “The hardware is not difficult to configure… if I can do it, anyone certainly can.”

Watch HD Video — Extreme Long-Range Shooting at 2300 Yards

Mark was shooting a Savage 110 BA .338 Lapua Magnum, the same gun he used for his previous 1200-yard high desert shooting safari. The elevation required to get on target at 2300 yards was mind-boggling. Elevation for Mark’s .338 LM was 96.5 MOA (on top of a +40MOA rail). Mark’s buddy Dale was running a full 30.5 MILs of elevation with his 7mm RSAUM with milrad optic.

Mark set up a wireless remote camera near the target, so you can see where the shots impacted. A second camera was behind the trigger-pullers, giving a “shooters’-eye view”. The target was a full-sized steel silhouette with an orange square painted in the middle.

Mark reports: “I was out this past Monday with a couple of buddies. We tried our luck shooting at 2300 yards. I had one hit out of 30. Very poor marksmanship. But I did learn a few things about shooting at this distance for the next time. I have nothing but admiration for those shooters who are consistent at this distance. [It was] pretty amazing.”

Equipment List and Load Specifications
Mark Dalzell	Dale Jorgensen	Gio Valdez
Savage BA110 .338 Lapua Magnum Murphy +40MOA Titanium Rail Harris bipod Nightforce 5.5-22x50mm NXS Speed Turret	7mm RSAUM Krieger 30″, 1:8.75″ twist Barrel with Ross Brake McRees Folder Chassis Harris Bipod Bushnell HDMR Scope	7mm RSAUM Krieger 28″, 1:9″ twist 5R Barrel with Ross Brake McRees Folder Chassis GG&G Bipod Bushnell H2DMR Scope
Berger 300gr OTM Hybrid Lapua Brass 92grains H-1000 .010″ Off Lands	Berger 180gr VLD Nosler Brass 62.6 grains H-1000 0.020″ Off Lands	Berger 180gr Hybrid Remington Brass 64.5 grains H-1000 .005″ Off Lands