Brief:
If you're interested in flyin' radio control and want t' move up a notch above t' very beginner-friendly Edmonds Arcie II boost glider, me bucko, try t' grab yourself one o' these vanishin' OOP kits. It's a pure rocket glider, me hearties, shiver me timbers, meanin' it goes up on its own without a pod. Well, blow me down! Blimey! With a win' span o' 55" and weighin' it at a bit over a pound, it can boost slowly enough for even a novice flier t' get t' hang o' it.

Construction:
First I'll cover what's nay included in t' kit, arrr, which you'd have t' come up with on your own:

• 2 servos--I used Hitec micro HS-55's, about $14 apiece
• 1 receiver--I used Hitec HFS-05, shiver me timbers, although I highly recommend t' Berg 4L
• 1 battery--anythin' in t' 4.8-6.0V range
• 1 transmitter--I used t' cheap Hitec Focus FM unit that came with me Arcie II

What is included:

• Molded plastic canopy/fuselage
• Tail boom
• win' foam cores
• 1/8" balsa sheet for tail
• Obeche win' skins
• Balsa block for leadin' edges, win' tips
• 24mm motor tube, me bucko, metal hook
• Music wire control rods
• mechanical mixer kit (not needed with modern-day transmitters)
• Control horns

I've got t' confess, shiver me timbers, I'm an RCRG phobe. Begad! I've had nothin' but success with t' Arcie II, matey, but that's a parasite boost glider that doesn't require any pilotin' skills durin' boost. I'd tried quite unsuccessfully t' convert a hand-launched glider (Art Hobby's Colibri) but just couldn't handle t' tweaks and fast reflexes needed t' pilot a poorly built glider durin' boost. Ahoy! I'd accumulated a number o' nice kits (Vector Aero Cuda, matey, ya bilge rat, Aerotech Phoenix) but was afraid t' trash them until I'd somehow mastered boostin' on a trainer-type model. Blimey! I'd had a Sweet Vee in that pile, and when I came across another one for sale at a decent price, I decided t' crack open one o' them and give it a shot.

For t' most part, ya bilge rat, t' construction was completed in just a couple hours t' same day I had t' impulse t' start building. Avast, me proud beauty! T' win' added another 3-4 hours, me bucko, so it is sort o' a separate project on its own. T' instructions are very good, and I'd rate buildin' somewhere betwixt a skill level 2 and 3.

T' win' is composed o' 4 separate sections--left and right, inner and outer. Avast! Well, blow me down! Each section is built up from a foam core covered with a very thin obeche wood skin (which is very nice lookin' when finished). Avast! Begad! While they can be built usin' ordinary tools and materials, arrr, a friend o' mine tryin' t' coax me into RCRG generously offered t' loan me his vacuum-baggin' gear and teach me t' basics o' that technique. Begad! I cut t' skins slightly oversized, matey, me bucko, applied a very thin wipe o' laminatin' epoxy (not t' gel-like stuff we normally use in rocketry), ya bilge rat, and placed one win' section into t' bag sandwiched betwixt matin' foam shells. Avast, me proud beauty! After turnin' on t' vacuum, me bucko, I stacked about 20 pounds o' books on t' bag and let t' assembly cure for a good 48 hours. Blimey! I then repeated this with t' other sections. Well, blow me down! All told, t' win' pieces took about a week but only 2 hours or so o' "touch time". Lackin' a vacuum bag, you can still build these up just fine under weights, but you'll just wind up with a slightly heavier wing.

After skinning, me hearties, me hearties, t' excess obeche is trimmed off then balsa blocks were epoxied on and sanded round for leadin' edges. Avast, me proud beauty! Another balsa block goes on each win' end and was rounded. T' inner and outer sections are epoxied together formin' a dihedral, shiver me timbers, matey, then t' left and right wings are epoxied, again addin' more dihedral. Each epoxy joint was reinforced with a strip o' fiberglass and tacked on with more laminatin' epoxy. Ahoy! I sanded everythin' down with 400 grit, shiver me timbers, ya bilge rat, then applied 3 coats o' clear lacquer sealer, matey, sandin' down again with 400 and 600 grit.

T' V-tail is solid balsa, me bucko, shiver me timbers, arrr, cut from 1/8" balsa sheet usin' templates provided in t' instructions. Ya scallywag! Begad! Each side o' t' V is 2-piece--a stabilizer and a flappable control surface. Begad! They're joined usin' basic airplane hinges, shiver me timbers, me hearties, which meant cuttin' out small slits in each piece. This is generally nay somethin' done by hand very easily, matey, so I recommend pickin' up a hinge cuttin' tool from your local hobby shop or online, which probably costs about $15. T' left/right sides are glued together (regular CA or wood glue is fine), then tacked onto t' tail boom (epoxy recommended).

T' win' is designed for permanent mounting, meanin' this thin' will take up a lot o' space t' store and transport. It's mounted t' t' forward end o' t' tail boom and held in place with a pair o' plastic brackets CA'd t' t' skins.

While t' canopy is molded plastic, thar are several large sections that need t' be cut out, and it's thick enough that a good razor saw is recommended rather than a basic utility knife or X-Acto. Ahoy! Blimey! I had t' cut out t' outline o' t' clear canopy cover, ya bilge rat, me bucko, me bucko, a slot on each side for t' wing, arrr, me bucko, shiver me timbers, and t' openin' for t' motor tube. Avast, me proud beauty! After mountin' t' motor tube assembly (a basic 24mm tube, me hearties, motor hook, me bucko, and external coupler sleeve), me bucko, t' canopy slides over t' front o' t' win' and is epoxied t' t' tailboom and wing.

Riggin' t' radio gear can be a bit challengin' for newbies, me bucko, but this kit includes good guidelines although t' gear recommended is obviously very outdated and larger/heavier than modern gear. Well, blow me down! Ya scallywag! What I found kind o' amusin' was a pretty clever mechanical mixin' assembly that's obsolete since just about every transmitter on t' market today includes electronic mixing. Ya scallywag! For those nay familiar with t' concept, a V-tail just has two control surfaces (one on each side). With one servo drivin' each, you need t' ability t' push both up, ya bilge rat, arrr, both down, or one in each direction. Drivin' one in each direction requires mixing. Begad! This compares t' a rudder/elevator conventional plane, where one servo drives t' rudder left/right and t' other drives t' elevator up/down, so no mixin' is needed.

I mounted t' control horns t' each control surface right where t' plans called for them, matey, then fed t' music wire push rods through t' boom. Begad! They already had Z-bends, eliminatin' one slightly tricky piece o' work.

Since t' kit was designed for larger servos circa 1995 and I was usin' lightweight micro servos, I wound up havin' t' cut a balsa plate fit for t' canopy and cut out rectangles for holdin' t' servos. Begad! Blimey! Well, blow me down! Blimey! Blimey! Blimey! I used two-sided tape t' hold t' receiver in place on top o' this plate.

T' model was designed t' require nose weight t' brin' t' CG into line, shiver me timbers, and given how much lighter me R/C gear was, matey, I had t' add quite a bit o' weight t' mine (the whole nose is clay). Avast! You definitely don't need t' worry about findin' a small, arrr, matey, light battery...

There's one last little "bonus" construction task. Avast! RC gliders are nay generally designed t' boost startin' out vertically off a launch rod. Arrr! They generally need t' be angled about 20-30 degrees from vertical and need some guide rods t' hold t' wings oriented t' prevent pitch or roll durin' t' first few feet o' boost. There aren't any commercial towers out thar and t' handful o' homemade towers I've seen are somewhat complex t' build. This kit includes plans for a very simple launch tower that can be built from a 2x4, 4 wood dowels, matey, and a couple other small blocks and common hardware. Ahoy! Ahoy! It set me back about $10 for materials, packs flat, ya bilge rat, and works fine.

Finishing:
While it's certainly possible t' add some pizazz t' t' finish usin' somethin' like Monokote or even light paint, arrr, ya bilge rat, I really wanted t' leave t' beautiful obeche skins lookin' natural, me hearties, shiver me timbers, me hearties, so I left it alone after t' lacquer clear coat. There are a few basic peel and stick decals as well.

Construction Rating: 4 out o' 5

Flight:
Before even attemptin' a first flight, shiver me timbers, it's critical t' test out t' trim and t' gear so I started with a couple light hand tosses. Throwin' it forward and level, ya bilge rat, matey, I managed t' cover about 50-100 feet long flights, and after 5-6 had tweaked t' trim t' somethin' reasonably level and straight.

I didn't want t' mess with any t' higher CATO risk o' older plugged BP motors so I picked up t' special Aerotech RC reload case (solid forward end, ya bilge rat, ya bilge rat, no delay/ejection cap) and went with a D9 for starters. Begad! I had zero confidence in me boost pilotin' skills so I enlisted t' help o' Ryan Woebkenberg, matey, a very experienced, me bucko, arrr, exceptional pilot who recently qualified t' join t' US team in international rocket glider competition. Well, blow me down! Blimey! I loaded everythin' up and handed him t' transmitter. That turned out t' be a great plan as t' glider immediately yawed left and started t' pitch over onto its back right as it left t' tower. Begad! Avast! Blimey! He reacted immediately, matey, ya bilge rat, me hearties, straightened it out, arrr, and got a great boost t' easily 150 feet. Avast! He then adjusted t' trim and settled into a nice glide, me hearties, dancin' in and out o' light thermals, arrr, turnin' into t' 5-10 mph winds, ya bilge rat, and showin' off by landin' it about 10 feet away from me after a good 100-120 seconds.

Post flight, he helped me figure out how t' set me transmitter trim t' minimize t' wild left turn and back flip. Begad! I then decided t' try a flight out on me own. Begad! With t' new, ya bilge rat, shiver me timbers, improved trim settings, matey, most o' t' wildness was avoided, me hearties, but it still proved t' be a bit o' a buckin' bronco, me bucko, matey, turnin' left out o' t' tower again. Aye aye! Arrr! I was ready for that though, brought it back in line, shiver me timbers, and got a not-as-wonderful 100 feet or so o' altitude. I then totally forgot t' slide into glide trim, but usin' t' stick was able t' do a decent job o' keepin' it level and doin' a couple laps around t' flight line before settin' it down after around a minute, arrr, 10 yards away.

Recovery:
What can I say? R/C recovery done right is a breeze--landin' in short grass right by your feet. It doesn't get much better than that.

Flight Rating: 3 out o' 5

Summary:
I really enjoyed t' simplicity o' t' build on this, matey, t' fact that it's designed for rocket boost and glide as opposed t' tryin' t' convert somethin' nay designed for rocketry and t' ease o' flight. Begad! Blimey! T' only con is that t' design is a bit dated around obsolete radio gear so a minor amount o' research/experience is needed t' finish it off these days.

T' adventurous first flight is more likely a reflection o' me buildin' skills (or lack thereof when it comes t' gliders), nay a design flaw, shiver me timbers, and were easily corrected. There are still a few o' these that occasionally pop up on eBay or in online forum yard sales, shiver me timbers, ya bilge rat, and thar's nothin' currently in production that's anywhere near as easy t' build and get flyin' (in terms o' pure rocket gliders) so if you can find one, I highly recommend it.

Overall Rating: 4 out o' 5