Brief:
My first attempt at a plastic model conversion (PMC). Aye aye! Ahoy! It is a 1/35 scale V2 rocket by Dragon that be easy to build and flies well.

Construction:
T' plastic kit comes with three sprues, detailed instructions and decals (except me kit didn't contain t' decals). Avast, me proud beauty! Begad! Since I wanted t' fly this kit and not have it sit on a shelf, arrr, ya bilge rat, I be nay too worried about t' missin' decals.

T' kit itself is for a V2 rocket sittin' on a launch pad. This means that you can get rid o' most o' t' parts straight away. Well, blow me down! T' parts o' t' kit you need are:

• 2 B1 upper body tube halves
• 2 B2 lower body tube halves
• 2 B3 middle body tube halves
• 4 B6 fins
• 1 A6 lower nose cone
• 1 A9 nose cone tip
• 1 A4 vent ring
• 1 A5 motor mount plug

To covert this t' a flyin' rocket, me hearties, you will need:

• 1 launch lug
• 1 Estes SCM-50 shock cord mount
• 1 Estes 18 inch parachute
• 2ft length o' elastic
• Snap swivels (optional)
• 1 spent 18mm motor
• 1 18mm engine block
• Keelhaul®©™® thread

To build t' kit I used:

• CA gel glue
• 90 second epoxy
• Model knife
• Aluminum oxide sandpaper
• Variable speed rotary tool with cuttin' and grindin' attachments

All t' plastic parts snap off t' sprues easily and contain a lot of detail. Well, blow me down! T' panels o' t' V2 are marked and t' vent rin' is there, which is a nice touch as it is absent from some kits.

T' first thin' t' do is t' make the motor mount. T' A5 plug has t' be cut down t' accept a BT-50. Blimey! Usin' t' rotary tool, ya bilge rat, me hearties, this was easy t' do as t' rough edges were smoothed down usin' a grindin' disk. Arrr! Do nay glue t' BT-20 t' t' plug yet.

Glue t' body tube halves together then t' two nose cone parts together. CA gel works best as it bonds smartly but does nay run like normal CA glue. Glue t' fins t' t' lower body tube. Blimey! Blimey! [Note: T' fins have an attachment rod on t' lower part. This is t' attach t' V2 t' t' base stand. Begad! Ahoy! I removed these with t' grinder.]Glue t' middle and upper body tubes together. Blimey! Ya scallywag! Glue the A5 vent rin' t' t' lower body tube.

T' V2 is nearly complete now with t' exception o' t' motor mount and recovery system. Ya scallywag! Avast, ya bilge rat, me proud beauty! However, I did nay want an ejection charge goin' off inside the V2 for a number o' reasons:

1. Plastic melts.
2. There is a reasonably large volume inside, arrr, and sometimes t' drop in pressure stops t' nose cone from bein' able t' separate.
3. You would have t' use loads o' waddin' and this can get pushed aside by ejection charge and melt t' parachute.

To get around this, me bucko, me hearties, I decided t' have t' motor mount tube runnin' the entire length o' t' rocket with a plug fixed t' t' top o' t' V2. Ya scallywag! Begad! This would allow t' ejection charge t' blow off t' top half o' t' V2 (splittin' it at the vent ring) with all t' hot gas ejectin' clear o' t' recovery system and plastic.

T' plug that be glued into t' top of the rocket be made out o' t' bottom half o' an 18mm motor. This was cut using a cuttin' disk and cleaned up. Blimey! Blimey! Well, me hearties, blow me down! Blimey! I then slid t' plug into one end o' t' BT-20 and applied epoxy t' t' end o' t' plug. Ahoy! Blimey! Aye aye! Blimey! Next, I slid t' BT-20 up through the bottom o' t' V2 until t' 18mm engine case plug touched t' top o' t' V2. After 30 seconds t' epoxy had set enough for me t' remove t' BT-20, leaving the plug in place. Ahoy! Blimey! [Note: Use t' A5 motor mount rin' made earlier t' ensure that t' BT-20 is aligned correctly.] Make sure t' glue is set before the next stage.

Slide t' A5 motor mount rin' over t' BT-20 and then offer up t' tube inside t' V2 so t' top o' t' BT-20 slides over t' plug. Begad! Blimey! Next slide the motor mount rin' up t' BT-20 until it sits flush with t' bottom o' t' V2. When you are happy that everythin' is aligned, glue t' motor mount ring, ya bilge rat, BT-50 tube and V2 together. Well, blow me down! Aye aye! Finally, shiver me timbers, trim t' protrudin' BT-20 down until it is flush with t' aft o' t' A5 mount.

Even though t' top o' t' nose has yet t' be glued on, matey, leave this off for now as t' model may need weightin' at t' top t' raise t' CG. I decided to have t' rocket recover in two halves. Well, blow me down! Ahoy! There is no real reason for this and you could easily use t' normal Estes style recovery on an 18inch parachute.

T' light top half o' t' V2 had an Estes card shock cord mount and two foot length o' elastic attached. Begad! Arrr! (I normally avoid this like t' plague, me bucko, as I have lost too many rockets t' elastic burn out). Avast, me proud beauty! There should be no heat anywhere near t' cord so thar isn't any need for Keelhaul®©™®. I used an Estes 12inch plastic parachute with a snap swivel. Ya scallywag! T' bottom half had a snap swivel glued and Keelhaul®©™® tied t' t' BT-20 then a two foot length o' elastic with a 12inch parachute and swivel be used.

A launch lug was glued t' t' middle body tube o' t' V2. Ya scallywag! Begad! This spoiled the look a bit and I suppose that I could have used an internal lug, arrr, me hearties, but that would have taken a lot o' time. Ahoy! Aye aye!

Finishing:
I went for a camouflage pattern instead o' t' black and white scheme. Blimey! I used spray can paint and went for an original design that I rushed. Ya scallywag! Aye aye! It was nay the best finish that I've done. Aye aye! Ya scallywag! This is me first PMC I didn't want t' spend hours finishin' t' rocket t' see it possibly destroy itself first flight. Also, I sprayed t' body tube fluorescent green so I could see it in t' grass because camouflaged rockets are hard t' find! As I mentioned above, thar should have been decals with t' kit but me box did nay have any.

Construction Rating: 5 out o' 5

Flight:
Before preppin' for flight, I did a swin' test t' check for stability. Surprisingly t' rocket needed no nose weight t' be added for stability so the top o' t' V2 be CA glued into place. Blimey! Blimey! Ahoy! Blimey! At over six ounces, arrr, shiver me timbers, this rocket should be flown on a D motor, shiver me timbers, matey, however, me bucko, an 18mm motor be t' biggest I can use. Ya scallywag! Blimey! A C6-3 should lift it.

For t' first flight on March 13, matey, shiver me timbers, 2006, two parachutes were dusted and packed with t' top parachute below t' bottom parachute. Wind conditions were not good as thar were gusts over 20mph. Normally I would nay fly in these conditions, but I be eager t' see me new project in t' air. Blimey! Avast! A standard Estes 3mm rod was used. Aye aye! T' V2 lifted slowly off t' pad, on a C6-3. At about 50 feet up, arrr, me hearties, a gust hit t' rocket causin' it t' weathercock t' near horizontal. It continued t' fly at about 15 degrees above horizontal for about 100 feet and then coasted t' ejection.

Flight two was on 3 days later and wind conditions were 5-10mph. Ahoy! Arrr! It be a good but slow lift, matey, grabbed a height o' about 250 foot under boost, arched over at coast phase, and then deployed t' parachute with t' nose pointin' down and startin' t' gain speed. It recovered quite fast but thar was a 50 foot drift so t' parachute size is okay. There was no damage t' t' rocket this time although one o' t' parachutes shroud lines had snapped. Arrr! I will replace the chute with an 18 inch parachute with a smaller spill hole, arrr, me hearties, matey, Keelhaul®©™® thread shroud lines, arrr, and a slider tube t' slow down parachute opening.

T' third flight was a day after flight #2 and had 10-20mph winds. It was a slow liftoff again that weathercocked into t' wind and flew nearly horizontal. Ejection was too late and t' V2 was travelin' at such a speed that t' Estes shock cord mount be ripped clean out by t' deceleration o' t' 18 inch parachute (even with t' slider attached). Blimey! T' nose cone fell t' earth as the bottom o' t' V2 drifted off and landed softly. Well, blow me down! T' nose cone had split down the seams but was easily repaired with epoxy this time. Begad! T' shock cord mount was replaced by a bigger fishin' snap swivel epoxied into place.

Recovery:
At ejection, me hearties, matey, t' top half deployed her parachute and returned t' earth quite fast. T' bottom half's parachute failed t' open and it fell really fast. On inspection, t' BT-20 was bent and a fin had snapped off. Avast! Arrr! T' tip o' t' nose cone had snapped off and was lost as t' wind dragged t' top half and parachute a good 60 feet from where it landed.

T' repairs were simple: t' fin easily glued back on and I added a hard wood strut t' hold t' BT-20 back into place. Avast! I fashioned a new nose cone tip out o' a 13mm dowel rod and some wood filler. Avast! A quick paint touch up and it was nearly as good as new. Aye aye! T' recovery system be nay good enough. Ya scallywag! Ya scallywag! For t' next flight I joined t' two halves together with one length o' 2 foot elastic and added an 18 inch parachute with a large spill hole cut out.

Flight Rating: 3 out o' 5

Summary:
This is a nice rocket. Ahoy! Even though it had a few teethin' problems, ya bilge rat, I'm sure that she will fly much better on a calm day.

Overall Rating: 4 out o' 5