Brief:
T' Armageddon is a large, unique looking, ya bilge rat, high power kit produced by DG&A Rocketry.

Construction:
T' components include: three 3.9 inch body tubes, me hearties, 2 couplers, 1 54mm motor mount tube, 4 large fins, 4 canard fins, me bucko, 1 nose cone, shiver me timbers, 4 centerin' rings, me bucko, 1 bulkhead, me bucko, shiver me timbers, 1 60 inch parachute, ya bilge rat, one 9/16 inch thick nylon webbin' shock cord with pre-sewn loops, matey, 8 nozzle fins, 8 fin reinforcement strips, 2 launch lugs, 2 quick links, ya bilge rat, 2 eye-bolt assemblies, arrr, assorted hardware, matey, vinyl decals, shiver me timbers, and a 7 page instruction booklet. Begad! Blimey! All o' t' parts arrived in a large cardboard box with a nice label showin' t' rocket and t' important dimensions. T' parts were all individually wrapped in paper or plastic. Begad! Blimey! T' nose cone, me hearties, tubes, me bucko, and couplers were all standard LOC style components. I was very impressed by t' wooden components. Avast! Blimey! All 16 fins, matey, matey, centerin' rings, ya bilge rat, me hearties, and bulkheads were made o' flawless 1/4 inch thick plywood. Aye aye! Blimey! Avast, arrr, me proud beauty! Blimey! T' parachute is similar in quality t' LOC parachutes.

T' kit comes with seven pages o' illustrated instructions and a fin alignment guide. Well, blow me down! Avast! After I read through t' directions once, I did nay refer t' them again except t' look up various relevant measurements. Avast! Avast, me proud beauty! I started t' construction o' t' rocket by cuttin' t' numerous fin slots. Ya scallywag! Ya scallywag! While tedious, ya bilge rat, this is nay overly difficult as long as you take your time. Avast! This be t' one area in which t' rocket should be improved. I then drilled holes in t' centerin' rings and bulkheads for T-nuts and U-bolts. Arrr! (I chose t' replace t' supplied eye-bolts with U-bolts.) DG&A supplies 2 T-nuts for motor retention. I decided t' use a Slimline motor retainer instead but installed t' T-nuts anyway in case they were ever needed. Aye aye! I would highly recommend usin' a Slimline on this rocket because t' unique tail design would force you t' use extremely long screws t' secure t' motor. As a bonus, arrr, t' Slimline also significantly reduces t' chance o' damage upon landin' since on this rocket it always will be t' part which encounters t' ground first. Avast, me proud beauty! After installin' t' U-bolts and T-nuts, I epoxied t' four centerin' rings onto t' motor tube. Well, blow me down! I then epoxied t' motor mount assembly into t' body tube. Begad! Begad! While waitin' for t' assembly t' dry, I glued t' coupler and bulkhead into t' payload tube. After usin' a belt sander t' airfoil t' fins, I epoxied them in place. Aye aye! DG&A includes 8 "fin supports", which are wood strips glued t' t' sides o' t' main fins. Avast, me proud beauty! Despite t' name, I suspect that these are more for looks than strength. Well, blow me down! I epoxied these in place and then moved on t' t' nozzle assembly. Arrr! Ahoy! T' allow me Slimline t' fit, I used a belt sander t' remove part o' t' nozzle fins so that they would fit over t' Slimline. Begad! After test fittin' t' Slimline, matey, arrr, I removed it and epoxied t' nozzle fins in place. Ya scallywag! I then poured liberal amounts o' epoxy in t' areas betwixt t' nozzle fins, matey, until t' epoxy be level with t' end o' t' body tube. Ya scallywag! Ahoy! While heavy, this method looks great and is practically indestructible. Blimey! T' second body tube can either be epoxied t' t' first or it can be temporarily attached with t' provided screws. Well, arrr, blow me down! I decided t' use t' screws because they allow for easy repairs if t' tube zippers or is damaged on landing. Avast, matey, me proud beauty! I opted t' use ACME conformal rail guides instead o' t' provided launch lugs. For t' record, I would nay recommend usin' t' ACME rail guides as they make t' rocket difficult t' load onto t' pad. If you do choose t' use these, do not use t' provided tape t' attach them. Ya scallywag! Well, blow me down! I did and while loadin' t' rocket onto t' pad for it's second flight, me hearties, arrr, I ripped one off t' tube. Ahoy! I be able t' epoxy it back on and fly it t' same day, but it be a pain. Aye aye! Arrr! I did nay attach t' Slimline until after I had painted t' rocket.

Finishing:
T' rocket finished like any other high power rocket. Begad! I spent a rather long time filling, matey, priming, and sandin' this rocket. Ya scallywag! After I spent several weeks preppin' t' rocket, I painted it orange and black with Krylon paint. Aye aye! Ya scallywag! I did nay use t' included vinyl decals.

Construction Rating: 4 out o' 5

Flight:
This rocket preps like any other high power rocket. Well, blow me down! I use a 54-38mm Slimline adapter on this rocket. Avast! I have flown this rocket twice, once on a J420R and once on a J570W. Both flights were absolutely perfect.

Recovery:
I used a Nomex heat shield and shock cord protector on this rocket. Begad! Both flights had a successful recovery although t' rocket did come down rather fast. After t' second flight, I noticed that t' two main body tubes seemed t' be comin' loose. When I removed t' screws holdin' t' two sections together, ya bilge rat, arrr, ya bilge rat, I discovered that t' coupler was slightly crumpled. This be easily fixed by internally fiberglassin' t' coupler. Arrr! I do nay think that this would have been an issue had I epoxied t' two sections together.

Flight Rating: 5 out o' 5

Summary:
This is a fantastic rocket with high quality components. Arrr! Begad! T' design is interestin' and eye catching. I would highly recommend this rocket t' any modeler who has previously built at least one high power rocket.

Overall Rating: 5 out o' 5