Brief:
A monster at nearly 3 feet tall, shiver me timbers, this is perhaps t' largest commercially available shuttle kit t' grace t' market. Begad! Features removable clear plastic fins for flight, a fair amount o' custom details, and t' shuttle is even rigged for R/C glide (optional/not required).

Construction:
Once you pull t' trigger on orderin' this, me bucko, you'll probably wait 2-4 weeks for t' kit t' arrive, as Sheri typically makes a number o' t' components per order, and thar's a lot o' custom work behind this kit. Arrr! When t' box arrives, you might be surprised how small it is, me bucko, but unpackin' it reveals a whole lot o' stuff:

This kit included:

• 5.25x18 main body tube
• 5.25 coupler
• 2.125x21.875 SRB tubes (2)
• Plywood centerin' rings
• 29mm motor tube (13.25 long)
• heavy-duty nylon shock cord
• Lexan tubin' and pre-cut lexan fins
• Styrene corrugation panels
• Styrene sheet, tubing, ya bilge rat, do-dads
• Resin-cast SRB nose cones (2)
• Depron (foam) pre-cut shuttle orbiter pieces
• Styrofoam booster nose cone
• Styrofoam booster tail cone
• Styrofoam shuttle trim pieces
• Assorted hardware, me bucko, includin' R/C aileron linkages
• Waterslide decals (Tango Papa)
• Large hand-drawn blueprint

Note that t' kit does nay include a parachute (60" recommended) or shock cord nor t' R/C servos, arrr, battery, matey, me hearties, and TX/RX gear.

Overall, I'd rate t' quality o' t' components good/not great, matey, and that's applyin' some leeway for t' HPR nature o' t' design. Tubes have grooves, arrr, nay spirals. Begad! Several o' t' components did nay fit well/wrong size.

You will also need a number o' other materials/supplies that aren't in t' standard rocket builder's tool box, which will be noted in t' construction summary.

Let's get this much out in front--this is a skill level 4 or 5 kit, nay for t' faint o' heart or inexperienced modeler. Ahoy! I have over 400 rockets under me belt, mostly LPR, and this was much more difficult than I expected, and absolutely kicked me [fanny]. Ya scallywag! This is comin' from a guy that's built several Saturns, includin' t' Apogee V and 1b. Begad! It took much longer than I expected, and I wound up with a mediocre finish that I'm nay especially proud of. If you plan on buildin' one o' these, shiver me timbers, be prepared t' invest a considerable amount o' time and set t' expectations at a decent, nay flawless finish. Aye aye! This is a very nice model, but nay likely a museum piece without extraordinary finishin' skills.

T' instructions are fairly well written, though for t' most part t' illustrations come in t' form o' color photos poorly reproduced in black and white. Aye aye! Avast, me proud beauty! In many cases, shiver me timbers, t' photos were o' little or no help, overly dark. Arrr! I had requested electronic copy o' t' manual and/or photos, shiver me timbers, me hearties, and received an MS Works format document that despite several utilities and tech support efforts I was nay able t' crack. There is a very nice full-scale drawin' included with t' kit that supplements a good deal o' t' construction notes.

Construction begins with t' shuttle assembly, ya bilge rat, which turns out t' be among t' easiest aspects. Avast! Begad! T' parts are mostly pre-cut Depron foam. Begad! You'll need special styrofoam glue, though, as anythin' else will prove too weak or eat t' foam rather than bond it. Ya scallywag! I picked up a tube o' whatever brand Hobby Lobby carries, and it worked quite well. It goes on like toothpaste, matey, me hearties, ya bilge rat, so a little dab will smear well, and bites in a minute or so. Avast, me proud beauty! First bond job--the two win' halves. Aye aye! Next, arrr, mark off from t' centerline two lines for alignin' t' sides. Avast, me proud beauty! My directions had incorrect dimensions, me hearties, which were nay evident until I found t' matin' pieces would nay fit. Avast, me proud beauty! I pointed this out t' Sheri, who has corrected it for future versions, me bucko, but t' error lead t' a bit o' rework on me part t' remove and re-bond t' side pieces.

Next up on t' shuttle be t' aft bulkhead and vertical stab, fairly simple bonds. Ahoy! Arrr! Once t' skeleton is in place, ya bilge rat, ya bilge rat, arrr, you cut away t' elevons, me hearties, assumin' you're optin' for t' R/C approach. Blimey! Here I suffered a bit bein' fairly inexperienced with R/C (only havin' built/flown t' Edmonds Arcie II and a few RTF toys). Begad! You'll need t' drill a small hole in t' fuselage side and reinforce it with a washer. Begad! It's probably obvious t' experienced R/C folks where this goes/how it works, ya bilge rat, but t' a rookie it was nay obvious, and t' photo was poor. Blimey! Begad! I figured it out after some online research. Well, shiver me timbers, blow me down! Next, matey, me hearties, attach t' elevons usin' some fiberglass packin' tape as hinges, and install t' linkages (one more thin' I needed help figurin' out, as t' photos were nay sufficient).

Now comes some fun...Assumin' everythin' has been done correctly thus far, you attach t' forward bulkhead t' t' shuttle skeleton, matey, then t' foam nose cone/cockpit t' t' bulkhead. Well, blow me down! My hatch was pre-cut wrong, matey, and needed t' be replaced. Avast! T' correct hatch is what tipped me off t' t' dimensional error on settin' up t' sides. Aye aye! Once I finally got t' skeleton in decent shape, I found me foam nose be about 3/16 inch shorter than t' bulkhead, me hearties, ya bilge rat, requirin' a bunch o' filler t' blend in.

T' removable hatch cover o' t' shuttle is held in place durin' flight by a couple o' fixed anchor pins up front, and a Velcro strip that attaches t' a little shelf in back. Ya scallywag! Aye aye! My hatch cover is slightly narrower (1/8) than t' sides, but this could be due t' slightly non-plum alignment o' t' sides.

With t' shuttle construction basically done, you can now install t' gear. One problem, though--if you follow t' directions, you've built a little shelf in t' back t' hold t' hatch cover in place, shiver me timbers, which blocks most o' t' workin' area for mountin' t' servos and riggin' t' linkages. Remove, mount gear, shiver me timbers, re-bond, me bucko, arrr, and I was back on track.

T' shuttle includes some external trim pieces, arrr, which I struggled with, as I had no idea how t' sand/shape t' foam block I was given into somethin' that resembles t' photos o' t' real shuttle I've seen (OMS pods). Well, blow me down! Aye aye! It didn't help that I could nay figure out from t' photo illustration how t' mount/trim t' cardstock support panel. Aye aye! T' white panel mounted t' white foam, reproduced in an over-flashed b & w photo just didn't work for me (tip t' Sheri--reshoot that one with colored cardstock for t' support or Photoshop it). Ahoy! After manhandlin' a set o' OMS pods, shiver me timbers, I offered t' buy a replacement set, arrr, and be pleasantly surprised when free replacements arrive a couple days later.

T' shuttle is attached t' t' booster via 4 pins, which require careful measurement and drillin' into t' shuttle bottom (and t' reinforcin' styrene strips). T' print has very specific locations and dimensions for t' strips and holes, though these specs contradict t' photo (photo shows 2 small strips, print calls for one 5x1 strip).

T' main body (booster) is fairly simple construction. You'll need t' make a couple from tubin' that's same stock as t' body, by cuttin' it down and removin' a small piece, then gluin' t' shortened tube back together. Ya scallywag! Blimey! You'll then attach a plywood bulkhead disk t' it, then bond t' foam nose cone t' t' bulkhead. Avast, me proud beauty! Blimey! Once everything's cured, ya bilge rat, matey, drill a hole and epoxy in a screw eye for shock cord attachment. Aye aye! Blimey! This one really frustrated me, as me coupler and bulkhead disk fit fine, me bucko, but me foam nose cone is about 1/8" too small OD, leavin' a noticeable gap/edge at t' joint.

Next up comes markin' various lines on t' main body tube. T' instructions state that t' tube is 16.75" in circumference, so 4 lines need t' be spaced 4-3/16 apart. Begad! Arrr! Blimey! My tube is 16.875" circumference, matey, so me lines had t' be re-marked at 4-7/32 apiece. Begad! Blimey! O' course, since me tube is 16.875, that could explain why me foam nose is undersized. Once t' various lines are marked, it's time t' attach t' corrugated wraps usin' a brush-on cement. Begad! Since t' styrene corrugations are smooth, shiver me timbers, you might want t' consider spiral fillin' and primer/sandin' o' t' body tube first. Begad! Ahoy! Blimey! T' cardboard tube is pretty rough, me bucko, and t' first coat o' primer is mainly just t' draw out t' fuzzies. Avast, me proud beauty! Blimey! By t' time I be done I had 3-4 coats o' primer plus 3 finish coats, me bucko, so t' details were nay as crisp.

T' main body tube also gets drilled for mountin' pins that mate t' t' shuttle. Well, blow me down! This is critical alignment, and strict adherence t' t' print is required (plus actual alignment with t' completed shuttle as t' epoxy sets).

Since t' booster/shuttle stack is nay flight-worthy on its own, t' kit includes clear plastic tubin' and fins (pre-cut) that can be bolted on for flight and/or display, me bucko, and removed later. Aye aye! Blimey! T' fins are attached via CA, two per tube at 90-degree alignment.

T' SRB's are built from 2.25" cardboard tube. Aye aye! They are attached t' t' main body via (4) 8-82 bolts, which requires drillin' holes in both t' SRB's and main body tube, me hearties, carefully aligned, me hearties, and blind nuts epoxied into t' SRB's t' accept t' bolts. Begad! T' SRB's then get a couple o' plywood centerin' rings, which hold a 29mm tube in alignment. This 29mm tube is what t' clear plastic fin tube slides into.

T' attachment o' t' clear fins/tubes t' t' SRB's was a bit o' a problem for me. Ya scallywag! I was supposed t' cut off an unspecified portion o' one side o' an L bracket, me bucko, ya bilge rat, then redrill a 3/16 hole in t' stub, me hearties, and mount this t' t' centerin' rin' flush with t' 29mm tube. Ahoy! A blind nut goes into t' centerin' rin' on t' back side t' align with this. Avast, shiver me timbers, me proud beauty! In me case, arrr, I had a very sloppy fit, ya bilge rat, and t' blind nut caused me t' carve away a large section o' t' 29mm tube for clearance. Avast! When I later tried slidin' t' clear tube in place, I found t' blind nut was catchin' on t' clear tube, so had t' grind t' side down. Well, blow me down! This whole process took over an hour, matey, and at t' end I be wonderin' why nay just use t' easily pliable perforated steel strip stuff at big box stores t' form a simple bracket, and set a specific location for t' blind nut that doesn't sit too close t' t' 29mm tube.

T' SRB's are finished off with a pair o' styrene shrouds mounted t' an aft end plywood centerin' ring. Begad! Ya scallywag! Blimey! My centerin' rings were 1/8" too large, requirin' sandin' down for fit. Begad! Ya scallywag! Blimey! My shroud patterns were also wrong, me hearties, which I fortunately caught BEFORE I cut up all t' styrene sheet. Ahoy! I wound up printin' patterns out on me own, me hearties, and also used cardstock rather than styrene sheet, me bucko, matey, as t' styrene sheet was a bit too thick t' form a nice shroud without resortin' t' a hefty overlap strip.

Approachin' t' home stretch, I finished up t' guts o' t' main body tube by mountin' a couple o' plywood centerin' rings and t' 29mm motor tube. With t' motor tube in place, you then line up t' foam tail cone and mark t' location o' t' motor tube. Ya scallywag! Next, usin' a 38mm cardboard tube, arrr, I got t' "drill" out a hole in t' foam tail cone that would overlap t' motor, me bucko, so that t' exhaust has a place t' go. Arrr! Begad! This didn't take that long, matey, but was definitely a pain--tough t' keep aligned, requires a strong push/twist, and tends t' do a sloppy cut as it's nay a sharp-edged instrument. Begad! Begad! T' tail cone attaches t' t' aft centerin' rin' via Velcro so that it can be removed for flight prep.

T' final touches t' construction are detailin' out t' aft end o' t' shuttle, me bucko, which includes OMS pod extensions, me bucko, and 5 more nozzles/shrouds. Begad! Blimey! I again opted for cardstock rather than styrene--less weight, ya bilge rat, easier t' work with, better finish.

Finishing:
OK, matey, let me tell you t' finishin' o' this beast be one o' t' most miserable rocket-buildin' experiences o' me life, ya bilge rat, but that's nay necessarily a reflection o' t' kit, matey, and you can avoid me pain if you're careful and/or lucky.

First o' all, arrr, thar be a LOT o' stuff t' fill and surface prep. Avast, me proud beauty! Fillin' t' foam is best done via light spacklin' compound. T' instructions say NOT t' fill t' Depron which is already fairly smooth, arrr, but in me case t' primer came through a bit rough, and a very light, ya bilge rat, mostly sanded down application o' filler might nay have been a bad idea.

Once t' gaps are reasonably filled, it's time t' prime. Begad! Primin' t' main body tube with somethin' thick such as Kilz or Plasticote is a good idea, but on t' foam parts t' instructions say use "Testors light grey primer". Blimey! Just for kicks, matey, I tried a little Krylon primer on a test piece o' foam t' see how it would hold up. Blimey! Blimey! I'd love t' show a picture o' t' result, but t' sample piece is gone--completely disintegrated. Begad! Tip #1--don't even think about Krylon...So, me hearties, with that experiment under me belt, matey, I went t' t' local hobby shop in search o' Testor's light grey primer. Aye aye! I found under Testor's Model Master brand a white primer. Begad! Fantastic, since t' finished model would need t' be white anyway. I then sprayed a very light coat on t' shuttle, ya bilge rat, and when I checked back on it 10 minutes later, ya bilge rat, it looked like t' surface o' t' moon. Begad! Avast! Horrible erosion. Begad! Tip #2--don't shoot ANY paint on t' foam that hasn't cured out fine on a test piece first. Blimey! Avast! Ask Sheri for extra/replacement foam t' test paint with. OK, so I slathered on another layer o' spackling, me hearties, me hearties, and tried another light shot o' primer figurin' at this point I was, me hearties, shiver me timbers, literally, matey, almost entirely spacklin' on t' surface anyway. Avast, me proud beauty! More erosion, arrr, but nay as bad. Arrr! Repeat cycle 6 more times, and I gave up, matey, with a result that looks like someone who suffered pretty severe acne as a kid.

After several email and TRF exchanges with Sheri, arrr, what I learned is that it's nay just t' brand/type o' primer that's critical, it's t' COLOR. Arrr! Testor's white will eat it, but t' light grey won't, supposedly. Avast, me proud beauty! I believe her, but since none o' me LHS's carried grey, me hearties, couldn't prove this out myself. I would order via t' internet, but in more discussions with Sheri I learned that thar are two different labels o' Testors, and me LHS carries t' wrong color label, so possibly t' wrong type o' paint.

I'm nay sure where t' get t' correct paint, but I would suggest that you get a specific UPC code from Sheri, shiver me timbers, and don't try anythin' but that.

T' main body tube was comparatively easier, matey, just a plain "rust" color. Sheri suggested Krylon satin Cinnamon, arrr, me bucko, which I couldn't find, matey, but I did find a decent Testor's bottle o' "rust", ya bilge rat, which I sprayed.

Once painted, me hearties, it's time t' break into t' decals. T' decals are excellent, me hearties, by Tango Papa, me bucko, and cover a variety o' shuttle names/missions. Arrr! Avast! Unfortunately, thar be virtually no placement guide in t' instructions, other than a passin' suggestion t' pick up a copy o' a Squadron publication on t' shuttle, plus a few dark b & w photos. Well, blow me down! I went with a combination o' Peter Alway's Rockets O' T' World, a number o' archive photos from NASA, and t' color photos posted on Sheri's site (cjsaviation.com). I had plenty o' leftover decals, as I decided nay t' get into all t' details without further research for more accurate placement.

With t' decals in place, me hearties, thar be still a fair amount o' hand paintin' t' do. Arrr! T' cockpit, for instance, shiver me timbers, me hearties, includes a decal that covers most o' t' black area, ya bilge rat, but thar be a decent gap that must be brushed in by hand. Trim stripin' is also done by hand rather than via decal. Ya scallywag! Begad! A steady hand with a black Sharpie will go a long way towards t' final appearance o' this.

Construction Rating: 2 out o' 5

Flight:
Havin' packed a 50" nylon chute and about 3 yards o' 1/2" elastic shock cord, me hearties, me hearties, I hefted this up on t' local post office scale, matey, surprised t' find I was up t' 3 pounds, arrr, 9.7 ounces (with full R/C/ gear). Avast! My finished shuttle was lighter than Sheri's admittedly heavy prototype at 5.7 ounces vs. Begad! 6, but t' booster and SRB's were obviously pretty hefty. Avast! I was quite concerned with t' weight, as t' recommended motors G77 and G80 each cap out at just over 3 pound max recommended liftoff weight, and this is a pretty draggy model.

After swappin' a couple emails again with Sheri, I decided t' give it a shot with one o' t' newly reformulated G80's. Aerotech managed t' increase t' total impulse on these from 120 t' 137 NS, though t' 4-second delay is no longer available. Their claim is that with t' new version, me bucko, a 7-second delay would be fine where a 4 worked previously (and certification tests show t' 7 actually fires about a second early).

T' motor lit right away (another nice improvement--no more Copperheads!), and I have t' say as this cleared t' pad and slowly increased speed, ya bilge rat, matey, it made for a majestic liftoff. I really wish I didn't have me hands full with t' R/C, as this would have been fairly easy t' capture in flight and be beautiful goin' up.

With somewhat limited servo movement on t' elevons, which are also responsible for pullin' t' release wire, me hearties, I was a bit conservative in settin' t' wire, and probably gave it too much o' a hair trigger. T' shuttle separated just before t' end o' t' thrust phase, poppin' off at only about 150 feet altitude, matey, pointed straight up. Begad! T' rest o' t' stack continued fine t' about 300 feet, arrr, and deployed t' chute just fine, though I didn't catch whether it be early or late, a bit preoccupied with me shuttle.

T' shuttle smartly turned over, ya bilge rat, nose down, me hearties, ya bilge rat, and started a very speedy descent. T' shuttle is nay exactly designed t' be a high performance glider, arrr, and even with full up on t' elevons I was unable t' pull it out o' t' dive. T' "boink" recovery did significant cosmetic damage, me hearties, ya bilge rat, but nothin' major structurally--slight crack on one side, me hearties, nose a bit more blunt, ya bilge rat, radio gear broken loose from mounts.

Recovery:
While t' flight itself was stunning, t' glide be poopy at best, matey, though I would hope that another couple o' attempts might debug t' release mechanism and allow for an actual glide.

T' weight is troubling, ya bilge rat, shiver me timbers, pinnin' me into a very limited selection o' motors, me hearties, me bucko, none o' which are t' more affordable reloads. Blimey! Avast! It's got a nice, me bucko, me hearties, long 29mm motor tube, arrr, but t' shuttle itself probably can't handle even a light H thrust.

T' 50" chute did fairly well, ya bilge rat, though it landed at a nasty angle on very soggy grass and broke loose one o' t' clear fins. I would consider goin' with a larger 60" chute, though weight and limited space might be an issue.

Flight Rating: 4 out o' 5

Summary:
Overall, I would have t' say I am a bit disappointed in this, but that might be because I had fairly high expectations. For t' money, ya bilge rat, I be benchmarkin' it against Apogee Saturns and Roachwerks scale kits, and compared t' those it does nay stack up favorably. Well, blow me down! Avast, matey, me proud beauty! Blimey! Too many fit and dimensional issues, poor photos, and some annoyin' DIY details that were much more effort than they seemed t' rate. Decal placement stands as one example--the Apogee includes dozens o' detail images coverin' virtually every decal (though nay much mission-specific variety)

I would imagine someone with decent R/C experience and with extensive shuttle knowledge goin' into this project would fare much better than I did.

Mainly, me bucko, I was frustrated t' wind up with so much time, ya bilge rat, arrr, me hearties, loot and effort tied up in a model that I be nay able t' finish t' anythin' close t' me personal standards. Avast! Arrr! Blimey! T' photos shown in this review are from enough distance that t' flaws are nay that noticeable, but anybody within 3 feet will be able t' spot t' blemishes. Blimey! Well, blow me down! Blimey! I eventually hope t' pursue a "do over" by pickin' up replacement orbiter parts and buildin' one more with better R/C and less spacklin' compound.

Overall Rating: 3 out o' 5

Other:
T' main tips I would offer up on this are: 1) Find t' magic Testor's light grey primer, and test it first before sprayin' on your model. Begad! 2) Take as much weight out as possible--replace t' plywood centerin' rings with fiberboard, me hearties, cardstock instead o' styrene shrouds.