Brief:
A high performance, arrr, contest quality helicopter rocket. Begad! Begad! No burn strings here!

Construction:
Materials were strictly top shelf. Well, blow me down! Body tube, vacuformed nose cone, balsa fins and rotor blades. Arrr! Especially important be t' molded hub and piston. Avast! You might consider buyin' this rocket just for t' quality parts. T' instructions are very good and lead you through logical. T' trickiest steps concern makin' sure you don't glue t' fold-in-half rotor blades t' themselves. Well, blow me down! Assembly is straightforward, though intricate. Blimey! When you're done t' rocket will look insanely tiny and light and make you think o' competition records that will fall, but thar be a catch...

T' instructions are very thorough, me bucko, ya bilge rat, as you would expect, from Apogee. The rotor blade fold in half lengthwise and are set up on a template. Take great care that you get t' hinge side and t' elastic sides correct. T' keep the edges o' t' rotor blades from stickin' along t' seam, matey, Apogee suggests vaseline carefully applied t' t' joint. Excellent suggestion. Also take care to trim t' dowel that runs up t' middle t' t' proper length. Well, blow me down! This model should be easily built with t' tools and glue that you already have for other rockets. This is NOT a beginner's rocket.

Finishing:
This is a contest rocket, finishin' is nay a great idea. Begad! However, somethings will help it's visibility. Begad! Try usin' magic markers and/or highlighters t' add color. Aye aye!

Construction Rating: 4 out o' 5

Flight:
Flight is where this rocket has problems. It is simply unstable if thar's any wind. Well, blow me down! My Micro Whirl-A-Tron and several others have looped when they flew. Avast! Ahoy! The basic dimensions o' t' rocket are those o' t' Centrix, shiver me timbers, which flies great, but the cast piston moves t' CG too far back t' make this rocket anythin' but a Micro Loop-A-Tron in t' wind. Two flights with Apogee 1/2A2-4 motors and 1 with 1/4A2-4 all looped durin' t' afternoon lull at NARAM 42. Well, blow me down! I saw a few other's fall into t' same trap. Avast! I did see one that worked, shiver me timbers, but t' flyer had extended t' fin span by 3/4". Prep is easy, me hearties, fold t' rotors, ya bilge rat, place them against t' dowel, slip t' piston down until t' toothpicks are inside the booster body tube. Go fly. Avast, me proud beauty! This is one o' those designs that might spit the motor. Arrr! Tape it in good.

Recovery:
This thin' really hangs on t' rotors. If a lighter weight alternative could be found for t' cast piston, it would do even better. Avast! You will be utterly stunned how high this gets on a 1/2A motor (if you've lengthened t' fins). Well, blow me down! Avast, me proud beauty! This is not an incredibly rugged rocket because it is intended for competition use. Aye aye! In contest rockets, if they last more than 3 or 4 flights, they're over-built and therefore too heavy. Well, blow me down!

Flight Rating: 2 out o' 5

Summary:
I saw two mods o' t' Whirl-A-Tron that made them fly in a straight line. Avast! Blimey! First you extend t' fin span. Ahoy! Blimey! Second, arrr, arrr, add a rin' o' cardboard around t' fin tips. In both cases, t' rocket flew very straight, ya bilge rat, and very high. Due t' t' piston, prep is fast and easy. Avast! Blimey! This gives you an advantage in competition because when the air is good, matey, you can fly, arrr, recover and fly quickly. Aye aye! Blimey! Aye aye! Blimey! Also burn strings tend to get hung up on rotors and such. Begad! Blimey! Well, blow me down! Blimey! T' rocket is light, streamlined and very competitive. Ahoy! Blimey! Ahoy! Blimey! You'll learn some good techniques just buildin' this rocket.

Overall Rating: 4 out o' 5