Category: Model Rocketry

Wireless Launch Controller -Static Tests

Jason upgraded the beta version of the wireless launch controller to a production version. The wireless launch controller has a range greater than 20m. Today we tested it at Crooked Creek with an ESTES E12-6, D12-3, and a C6-7 engine.

Here is a video of the tests.

Next up we’ll be performing some rocket launches with the wireless system before we make it available on the shop.

Our launch systems: launch controller, wireless launch controller, and electric spark igniter.

Blue Dart Delta II Assembly

The Blue Dart Delta II is a fiberglass experimental RC rocket plane. It is based on the original Blue Dart Delta all foam rocket plane.

The body tube (BT-80) was glassed with 1-ply of BID cloth and covered with peel ply. Paper templates were made for the delta wings, winglets, vertical stabilizer and ventral fin and then layed out on 3/8″ foam.

The peel ply was removed from the body tube and the glass ends were trimmed and sanded flush with the ends of the tube. A fin tool was used to mark the locations on the body tube where the wings, ventral fin and vertical stabilizer are located.

The rail buttons were located, drilled, and installed.

The BT80 x 24mm Engine Mount was assembled and installed.

The first side of the wings, winglets, vertical stabilizer, and ventral fin were glassed with 1-ply BID cloth (at 45deg to airflow) and covered with peel ply.

Glassed the 2nd side of the rocket parts with 1 layer of BID cloth at 45 degrees and covered with peel ply.

Cutting out the fiberglass delta wings, winglets. vertical stabilizer and the ventral fin. A rocket plane is starting to take shape!

Cut out the elevons then added the horns for the servo rod connections and hinged the elevons in place.

Used 5-min epoxy to tack the winglets to the wings and the vertical stabilizer and the ventral fin to the body tube.

The delta wings attached to the body tube using 5-min epoxy.

Flox was applied on the top surface of the rocket plane where the wings meet the body tube and the winglets meet the wings. Additionally, flox was applied where the vertical stabilizer joins the body tube. The next day, after the flox cured, the rocket plane was turned over and flox applied to all joining surfaces on the bottom side.

Once the flox cured, the flox corners were sanded, dust vacuumed and primer was added to the rocket plane.

The nose cone and vertical stabilizer were painted white then the nose cone removed and the vertical stabilizer covered and blue paint applied to the remainder of the rocket plane.

Now that the rocket plane body is complete, the servo motor control for the elevons is installed, configured, and tested.

The Blue Dart Delta II Experimental Rocket Plane is ready for initial testing.

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Blue Dart Delta Assembly

Thanks for following the Blue Dart Delta Assembly progress. This rocket glider has a length of 37″ and a wingspan of 20″. It is launched from a vertical rail using an Aerotech E-6 24mm composite rocket engine. We will ignite the engine using a wireless launch controller and an electric spark igniter.

The Blue Dart Delta is controlled using a FlySky Remote Control Transmitter and a FS-R6B Receiver. The receiver connects to the servo motors to move the elevons. Elevons are the moving control surfaces at the trailing edge of a delta wing. Elevons combine the functions of the elevator (used for pitch control) and the aileron (used for roll control).

We have finished building the rocket glider and look forward to flying it this summer. Here are some photos from the build. Subscribe to keep up with the Blue Dart Delta Assembly updates.