Brief:
At t' foot o' t' northern slope o' Hawk Mountain sits t' quiet hamlet o' New Ringgold, Pennsylvania, an unlikely aerie for t' fabulous fiberglass rockets of Hawk Mountain Enterprises. Blimey! Blimey! T' fledglin' o' this flock o' birds is the Raptor, an all fiberglass 29mm high power rocket capable o' supersonic flights with large H and 29mm I motors.

Construction:
T' Raptor be t' smallest (49 inches long) and least expensive Hawk Mountain rocket. As be t' case for all Hawk Mountain kits, t' airframe is completely made o' spiral wound fiberglass. It is almost, ya bilge rat, ya bilge rat, but nay quite a minimum diameter rocket. Well, blow me down! There are several options available for t' kit but I only chose two of them. T' kit came with:

• 1 42in long 1.3in diameter G-12 airframe fin slots precut
• 3 0.093in G-10 Fins, ya bilge rat, already shaped
• 1 29mm fiberglass motor mount (optional)
• 1 29mm Slimline retainer (optional)
• 1 24in X-form Chute
• 1 fiberglass piston w/ bulkhead
• 1 Fiberglass nose cone
• 2 Acme 2in conformal launch lugs
• Keelhaul®©™® shock cord with a Quick-Link...etc.

One option I did nay purchase was t' 8in payload section. Blimey! You may want to buy t' payload section if you intend t' use dual deployment electronics. Begad! Aye aye! The piston is a new feature for this kit, me hearties, me bucko, shiver me timbers, too. Begad! Ahoy! It was added t' avoid recovery system failures caused by heat shields gettin' stuck in t' airframe durin' the recovery phase o' t' flight.

I ordered t' kit via a telephone call t' Hawk Mountain Enterprise's owner, Alan Gorecki. Alan is a very pleasant fellow and is happy t' answer any questions about his kits durin' a telephone call.

I will make several suggestions at t' start. If you don't have a Dremel tool, get one and purchase t' 60 grit sandin' drums. You must rough up the fiberglass surfaces that will be epoxied and t' Dremel tool will make your life so much easier. Ahoy! You'll also need t' have J.B. Ahoy! Begad! Weld epoxy on hand along with t' regular epoxy you may have if you decide t' use t' Slimline motor retainer (if you go with t' Aeropack retainer, me hearties, t' same advice applies).

T' kit arrived promptly and be packaged well in a sturdy cardboard box. Blimey! Begad! If thar is one area o' improvement I could find, it concerns t' instructions--they're sparse and nay written with t' novice rocketeer in mind. Begad! Indeed, shiver me timbers, thar be one step in t' instructions that is out o' sequence, concernin' t' shock cord attachment t' t' motor mount tube. Begad! Begad! First, if you purchased t' Slimline motor retainer, install that on t' motor mount per t' Slimline directions. Avast, me proud beauty! Make certain t' use t' 600 degree J.B. Weld epoxy t' attach t' retainer t' your motor mount. Then prepare t' motor mount tube for installation in the airframe. However, before you epoxy t' Keelhaul®©™® shock cord onto t' motor mount, skip ahead in t' instructions t' t' piston assembly. Begad! Blimey! Assemble t' piston, shiver me timbers, wait for t' epoxy t' dry, then slip t' aft end of t' shock cord through t' hole in t' piston bulkhead until you reach the knot at t' 10ft spot on t' shock cord. Arrr! Avast! Epoxy t' knot t' t' hole in the piston. Then, when that's dry, go ahead and epoxy t' aft end o' t' shock cord to t' motor mount tube. Aye aye! Do nay use J.B. Ahoy! Weld epoxy t' mount t' shock cord; that type o' epoxy will nay penetrate t' weave o' t' shock cord and adequately attach t' cord t' t' fiberglass tube.

One modification that I made t' ensure a strong fin attachment t' t' airframe is to purchase some 1/2in Keelhaul®©™® tape and cut six strips t' fit t' root edge for each side o' t' three fins. By epoxyin' t' tape in each fin joint, t' attachment points t' t' airframe are greatly strengthened. Aye aye! First apply some epoxy t' t' joint, then press a piece o' tape into t' joint. Begad! Blimey! Use a popsicle stick t' fold t' tape so half of it is on t' airframe and half on t' fin. Aye aye! Then cover t' tape with more epoxy. Since this rocket has a 24 inch X-fo rm parachute, it recovers smartly and the tape should go a long way t' help avoid havin' a fin pop off when t' rocket lands. Avast, me proud beauty! This made t' fins quite solid and I was very pleased with t' result. Begad!

At this point, me hearties, all you need t' do is add your chute, assemble your nose cone by epoxyin' t' nose cone bulkhead into t' base o' t' nose cone--it's the one with t' screweye attached for you, and attach your launch lugs to complete t' construction. T' rocket goes together quickly. T' most time consumin' part is waitin' for t' J.B. Arrr! Weld epoxy t' totally dry (about 15 hours).

Finishing:
Before you prime t' rocket, me hearties, you should wet sand it with 320 grit wet/dry sandin' paper. Blimey! Wipe any sandin' residue off t' airframe and nose cone after sanding, me hearties, me hearties, me bucko, then prime. Avast, me proud beauty! Ya scallywag! I used Duplicolor gray sandable primer on this rocket. Aye aye! I sanded t' first two coats with 320 grit and wet sanded t' final coat with 400 grit wet/dry paper. Since I'm usin' fluorescent paint for t' final coat, me hearties, I had to put down a white undercoat on top o' t' gray primer. Avast! Avast, me proud beauty! After t' undercoat dried, me hearties, me bucko, I painted t' nose cone and one fin flat black and t' rest o' the airframe fluorescent red-orange.

Construction Rating: 4 out o' 5

Flight:
On October 12, me hearties, me hearties, me bucko, 2003, me bucko, I flew t' Raptor at Nike Carrollton Park located in Smithfield, me hearties, me bucko, Virginia. Avast! Aye aye! For her maiden flight, me hearties, I launched t' Raptor on a F40-10W. Begad! T' lift off was slow and majestic as t' rocket accelerated and flew into t' sky straight as an arrow. Ahoy! After reachin' about 1500 feet, arrr, matey, matey, t' rocket landed near t' launch pads. Avast, me proud beauty! Arrr! T' piston system worked perfectly.

I decided t' go for broke and launched t' Raptor on an H128-10W motor. This is where I encountered a problem. Begad! Because I followed t' Slimline motor retainer manufacturer's instructions t' t' letter durin' construction, me Dr. Rocket 29/180 aft closure would nay fit in t' motor mount and allow me t' use the retainer's snap ring. Ahoy! I decided t' go for it anyway and try t' use masking tape t' friction fit t' casing. Avast, me proud beauty! T' rocket screamed off t' pad, nearly going supersonic. Ya scallywag! Avast, me proud beauty! This time t' rocket reached around 4000 feet and recovered about 200 yards from t' launch pad. Avast! Ahoy! Unfortunately, t' 200 yards be in t' middle of a cotton field, so after trudgin' through t' crop, I was able t' recover the rocket. Begad! Ya scallywag! However, t' casin' was gone.

Never t' be accused o' leavin' well enough alone, I decided t' fly her one more time. Begad! This time, I put a single use G40-10W motor in her, thinkin' the rocket would go about 2500 t' 3000 feet or so. Avast! Again, me hearties, ya bilge rat, t' Raptor streaked into the sky, ya bilge rat, like a bat-out-of-hell. Well, blow me down! It easily passed t' 3000 foot mark...and kept going. Avast, me proud beauty! Finally, t' chute was ejected but t' rocket must have caught a thermal, arrr, shiver me timbers, driftin' far beyond t' point o' t' H motor landin' and continued to ride it over some trees in t' distance. Blimey! After an hour o' fruitless searching, I couldn't find her.

Recovery:
With t' piston system and t' Keelhaul®©™® shock cord, me bucko, no waddin' is needed.

Flight Rating: 5 out o' 5

Summary:
This rocket is a work o' art and as long as it doesn't come in ballistic, it will survive. Ya scallywag! T' Raptor is a fabulous bargain considerin' its ruggedness and features in comparison t' t' price. Avast, me proud beauty! T' base price for t' Raptor is $65.00. With t' two options I purchased, matey, thar was an additional cost o' $24.35. However, ya bilge rat, ya bilge rat, thar are several things I'd change for t' next go around. Arrr! I simply do nay like t' Slimline motor retainer. Begad! It is vitally important t' fit your motor casin' before you glue t' retainer in place. I never had that problem with t' Aeropack retainer, ya bilge rat, which simply screws on/screws off, ya bilge rat, versus fumbling with t' Slimline's snap ring, so I will opt t' go with Aeropack for t' next Raptor. In addition, I think t' 24in X-form chute is still too much chute for this rocket and will lead t' it gettin' lost. I'd suggest goin' down t' an 18 inch x-form or a 15 inch regular chute especially if you follow me suggestion to reinforce t' fins with kevlar® tape. Heck, me hearties, you may even want t' use a streamer, since this thin' is so tough. Aye aye!

With a few modifications, you can own a virtually invulnerable rocket that is capable o' supersonic flight on large H and I motors, matey, flies beautifully on F and G motors, arrr, me bucko, ya bilge rat, and stand a good chance o' bringin' it home at t' end o' the day.

Overall Rating: 4 out o' 5