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Defend the skies with this semi-scale missile from the Cold War

Bomarc Interceptor Missile

Price: $99.95

PN: 07246
Skill Level 5: Extremely Challenging
Length: 45.25" (114.94 cm)
Weight: 39.00 oz (1105.63 g)
Diameter (Max): 2.60" (6.6 cm)
Fin Count: 3
Motor Size: 29mm
Recovery System: 36" (91.44 cm) Nylon cloth parachute
Launch Pad Type: Mid Power
Manufactured by: Madcow Rocketry

Hurry! Only 4 Units in Stock
Price: $99.95      Add to Cart:

Here is a large semi-scale version of the aerial interceptor rocket that defended American and Canadian skies in the 1960's. This 2.6 inch diameter rocket flies on F and G size rocket motors.

Current Reviews: 4
Average Rating: 4.75 4.75 of 5 Stars!

Madcow Rocketry Bomarc Missile

The Madcow rocketry Bomarc Missile is one awesome looking rocket. Most big rockets look pretty plain, but this one is really different. It has a lot of fin area and extra details that are like eye-magnets that draws attention to itself.

When you walk out onto the launch range carrying this rocket, be prepared to be stopped several times. Your friends and other spectators are going to come up to you and ask to see it before you launch it. They'll want to fondle it and see all the detail that you've put into it. The paint pattern alone makes it worthy of inspection.

As they pick it up, they'll feel the heft of the rocket and they'll know that this is a tough bird. It even has a mean look to it.

This rocket is a semi-scale model of the long-range interceptor missile designed to protect against bomber airplanes that might try attacking North America. The real missile was developed by Boeing and Michigan Aeronautical Research Center, hence the name Bomarc. Its military designation is the Bomarc IM-99A. The rocket launched vertically using a solid rocket motor, and then switched over to ram-jet power to cruise at Mach 2 to its target.

Madcow Rocketry Bomarc rocket kit
Shown Left: The Madcow Rocketry Bomarc kit takes off using the Aerotech G76-4G motor. The Mojave Green propellant formulation gives the flame an eerie green color which seems to be a perfect match for this menacing looking rocket.

On your first flight of this rocket, we recommend a short-delay for the ejection charge delay. The big wing and the ram-jet engines under the rocket can take the flight non-vertical. The short delay will allow it to deploy sooner if it does this. This is a heavy-duty rocket, so it can handle an early deployment with no problem.

Bomarc Launch

Here are a few photos of the rocket in an unpainted state. It is easier to make out details before the black paint color is applied.

The kit comes with a molded plastic nose cone that already has a red color. The simulated inlet cones for the ram-jet engines are made from balsa wood.

Red nose cone

The wings on the Madcow Bomarc are built up using a combination of plywood and balsa wood. The plywood gives it strength and rigidity, while the balsa layer helps keep the weight down.

The tunnel that runs the length of the rocket is made from built-up sticks of balsa wood. This is probably the hardest part of the construction process, which is why this is rated as a Skill Level 5 rocket kit.

Unpainted Bomarc wing.

What Features Make This Kit Worthy To Be In Your Fleet?
Pre-slotted Body Tubes - The tubes in the kit are thick-wall for extra strength. They'll easily handle the high-thrust of big motors. The surface is slick and smooth, which makes marking lines on them easy. Finishing is also a breeze, since the spirals are tight and require little filling. The tubes are pre-slotted to make assembly more precise and quicker. Bomarc Missile Parts

Plastic Nose Cone - The nose cone is rated for high power flights. It is stout, with its thick wall. The nose cone is also pre-colored, so you don't have to paint it if you want to save time.

Two-Piece Shock Cord - The 2'6" portion that is attached to the engine mount is Kevlar®, which is stronger than steel, and can take the heat of the ejection charge. The upper 5 foot portion is nylon, which is strong to withstand the force of deployment and minimizes the chance of a zippered tube.

2.6 Diameter Nose Cone

1/8-inch Thick Plywood fins - A high-power kit like this deserves premium plywood, and that is exactly what you'll get in this kit. All the parts are laser cut for extra precision and to speed fabrication of the rocket.

Lightweight Balsa Planks and Sticks - This kit contains a lot of balsa wood for the details on the rocket. There seems to be enough to start your own lumberyard!

Plywood Rings

Balsa Inlet cones - The ram-jets on this rocket are purely decoration. But they look cool and are fun to build. The inlet of the ram-jets are topped with nicely turned balsa wood parts.

Large 1/4 inch Launch Lug - Because this is a bigger model, you'll have a larger lug on the side of the rocket. This is used with mid-power size launch rods, to stabilize the rocket so it doesn't sway in the wind prior to launch.

Extra Stout Eyebolt: Used on the base of the nose cone so that the parachute can be attached. The rocket needs extra nose weight for stability, so beefy hardware can be used to make the rocket extra strong.

Balsa Nose Cones

Water-slide Decals - These are real silk-screened decals that modelers prefer for scale models. Just soak them in water, and slide them off the backer paper into the proper position on the rocket. They go on fast, and you can easily reposition them.

Nylon® cloth parachute - You'll receive a 32-inch diameter cloth parachute that is extra strong for this heavy rocket.

Bomarc s Water-Slide Decals

Flame-Resistant Heat Shield - No recovery wadding is needed on this bird. Just attach the reusable heat-shield blanket to the shock cord, and your ready to insert the parachute.

Through-the-Wall Fin Mounting - Tabs on the base of the fins are slipped through slots in the body tube. This makes the fins extra strong.

29mm Engine Mount Tubes - This rocket is designed to handle mid-power size engines, like the G and H size rocket motors.

Nomex Heat Shield

What Makes This a Skill Level 5 Rocket?

There is a lot of work to build up the tunnel (the large beam on the top of the rocket). This part is made from several pieces of balsa that are joined together and then shaped before attaching it to the rocket. It does take quite a bit of patience to get it assembled correctly.

The Bomarc is also a bigger rocket that uses heavy wall tubes. While the tubes don't make the rocket any harder to assemble, it does require extra safety precautions when flown. Patience and acquired flying skills to know when NOT to fly are just as important as quality construction techniques.

Tail View
This kit does NOT include an engine retention system. The manufacturer recommends friction fitting the motor into the rocket. We recommend something a bit different. Please see our education page for more information on holding motors in big rockets.

Another option (not necessarily required) is that you can order the Aero Pack Engine Retainers. These are useful on rockets that use the 29mm diameter reloadable motors and really give the model a professional appearance. And yes, they can be installed on existing rocket kits like this rocket kit.

Customer Photos
Here is a photo of the Bomarc as built by Chuck Greenwell. If you're proud of your model, please send us a photo. We'd be happy to display it on our web site. Chuck Greenwell Bomarc

The Real Bomarc
Image 1 Image 2 Image 3
Image 4 Image 5 Image 6
These two Bomarc missiles are on display at the Hill Aerospace Museum in Ogden, Utah. Click on the images to view larger sizes. If you'd like higher resolution versions, they are available for $15 per image. Please contact us by sending us an email.

For more information on the Bomarc interceptor missile, visit:

Image 7

Tools needed to assemble the Bomarc Interceptor Missile Rocket Kit

To Launch This Rocket Kit, You'll Also Need:
  • Launch Pad & Controller - See below for recommended choices.
  • Rocket Motors - See the motor selection table below.
Optional tools to make building and flying the rocket easier:

Frequently Asked Questions about the Bomarc Interceptor Missile

Estes Mid-Power Launch PadThis rocket is just made for this great looking pad. Don't you agree?Q: What launch pad should I use to launch this rocket kit?
A: Since this is a larger rocket, you'll need very stable launch pad. We offer the Aerotech Mantis Launch Pad and the Estes Pro Series II Launch Pad.

Click here to order the GO-BOX controller.Interlock Launch ControllerQ: What launch controller can I use to ignite the motors?
A: We offer two different controllers that can be used for mid and high-power size rockets. The Aerotech Interlock and the Pratt Hobbies GO-BOX Controller.

Learn how to select rocket motorsQ: I need help selecting motors. What should I do? Can you teach me how to select them myself?
A: Watch this YouTube video - How to Select Model Rocket Engines

We encourage you to learn the proper motor selection technique. Please watch our YouTube video that will walk you step-by-step through the process

Additional Product Images

Bomarc Interceptor Missile - 29mm Engines

Use the chart below to help determine which motor to use for this kit.
Estimated Altitude Predictions generated using RockSim

Click the headers to sort up and down. Shift-click to sort multiple columns.
Use the drop down boxes below the headings to filter the list to specific criteria.
Motor Manuf.
Color Comment Altitude Delay* Price Buy Now!
Blue Thunder
Restricted: 18+
167 ft
(51 m)
See Motor
White Lightning
Restricted: 18+
405 ft
(123 m)
See Motor
Red Line
Restricted: 18+
618 ft
(188 m)
See Motor
Mojave Green
Restricted: 18+
773 ft
(236 m)
See Motor
White Lightning
Restricted: 18+, L1
Not Yet Tested
See Motor
Restricted: 18+, L1*
Not Yet Tested
Not Tested
Smoky Sam
Restricted: 18+, L1*
Not Yet Tested
Not Tested
White Thunder
Restricted: 18+, L1
Not Yet Tested
Not Tested

Delay* given is recommended for calm wind conditions. Please double check with your RockSim file.
Set delays using the Aerotech Delay Drilling Tool or the Cesaroni PRO-DAT Tool.

Note: These motors (HAZ) are shipped with a HAZMAT fee of $28 on top of the standard UPS/FedEx ground shipping costs. (Learn More about HAZMAT Fees). These motors are non-returnable due to shipping regulations.

If you are purchasing an age- or certification-restricted motor, please email or fax us a copy of your ID, or NAR or TRA membership card as soon as possible so we can get your order shipped promptly. We will keep not of your status on file, so you only have to do this once. If you are not certified, please see our information page for additional details on membership and high power certification.


18+ - You must be at least 18yrs of age to purchase ths motor.

L1 - This motor is classified as "High Power" and requires a Level 1 certification via the NAR or TRA, or a scheduled attempt, to purchase.

L1* - This motor is classified as "High Power" and due to the propellant type or propellant amount, requires a Level 1 certification via the NAR or TRA to purchase. This motor cannot be used for an L1 attempt.

Rocket motors are sold separately from the kit. For more help in selecting rocket motors, see our video tutorial. If you're unsure, start with the "First Flight" recommendation or the one with the lowest altitude, then go up from there.

For other motors that are not tested or not listed here, download the Bomarc Interceptor Missile RockSim file and load it to see if it will work in this rocket kit. See also Technical Publication #28 for guidance on selecting appropriate rocket engines other than those listed in this chart.

RockSim File

Bomarc Interceptor Missile RockSim File To see how the Bomarc Interceptor Missile looks and performs with each motor configuration, download the FREE RockSim design file.

This file can be opened with the FREE demo version of RockSim. Both Windows and Macintosh versions are available.

What is a RockSim Design file?

The RockSim software gives you a lot of information about the flight characteristics of this rocket: how high, how fast, where it will land, how will it react to wind, etc. The "design file" is intended to save you time. All the parameters (size, shape, weight, fin design, etc.) of this rocket have already been entered into the RockSim program, and saved as an electronic database file. You can just open it up in your copy of RockSim and start loading different rocket motors to run launch simulations. It's fun and educational to see the rocket zoom skyward, even before you built it. For more information about RockSim and to download a FREE 30-day demo version, click here.

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Sun, 02 Aug 2015 02:16:10 -0600GMT
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