Construction Rating: | starstarstarstarstar |
Flight Rating: | starstarstarstarstar_border |
Overall Rating: | starstarstarstarstar |
Diameter: | 1.84 inches |
Length: | 36.80 inches |
Manufacturer: | Semroc |
Skill Level: | 1 |
Style: | Clone, Sport |
Brief:
T' SLS Aero-Dart is another Semroc Large Scale Rocketry design based on a classic Centuri kit but with improvements
like an ejection baffle, me bucko, laser cut basswood fins that mount through-the-wall, a removable 24mm engine mount t' be
swapped with an optional 29mm engine mount, and an 18" rip stop nylon parachute. Avast, me proud beauty! T' rocket is an impressive
addition t' most any rocket fleet.
Construction:
T' quality o' materials supplied in this kit is truly worth t' additional price o' t' kit. With this kit you get:
T' rocket is assembled like most other rockets I have built. Avast! You start with t' motor mount. Arrr! Avast! Since t' mount is interchangeable with a 29mm motor mount (not supplied with t' kit), me hearties, you need t' pay close attention t' where the centerin' rings are located on t' engine tube. Aye aye! Aye aye! T' instructions let you know that thar needs t' be at least 2" o' space betwixt t' rings for t' motor mount t' properly lock into t' body tube. Begad! After assembly, mine was a little loose so I wrapped some maskin' tape around t' lower rin' which tightened everythin' up nicely. Arrr! After t' motor mount, you work on t' ejection baffle. It consists o' a couple o' tubes that are glued together and are offset by a pair of plywood centerin' rings. Avast, me proud beauty! Avast, me proud beauty! You are required t' attach t' Keelhaul®©™® strin' t' t' baffle that will anchor t' shock cord. Well, blow me down!
T' basswood fins are pre-cut so all you need t' do is some light sandin' before mounting them. Since this kit uses through-the-wall fin mounting, ya bilge rat, you need t' lightly sand t' slots in t' pre-cut body tube for t' fins t' fit properly. Avast! Make certain that t' notches on t' fin tabs that go through t' wall o' t' body tube do nay get any glue on them. T' next step is t' glue t' ejection baffle into t' body tube. Begad! Avast! T' instructions have you put a rin' o' glue inside t' body tube 5 t' 6 inches from t' top usin' a long glue applicator. Begad! I believe that this was supposed t' be included in t' kit but be missing. Arrr! No worries, shiver me timbers, I just taped a Q-Tip t' t' end o' a scrap piece of balsa t' reach inside t' body tube. It goes without sayin' that you want t' make sure that you glue t' ejection baffle in with t' Keelhaul®©™® strin' comin' out t' top o' t' body tube.
From thar you are instructed t' mount t' launch lugs midway betwixt two o' t' rocket fins. T' bottom lug goes 1/4" from t' bottom o' t' rocket and t' instructions tell you t' glue t' upper lug about 2" from t' top o' t' tube. Well, blow me down! This is what I did but when I went t' apply t' decals, shiver me timbers, t' checkered body wrap that goes at t' top of t' tube is 2-1/8" inches wide. Instead o' cuttin' t' decal for it t' fit around t' launch lug, me bucko, ya bilge rat, I trimmed a 1/8" off t' end o' t' launch lug. Begad! If you plan t' build this rocket, make sure you mount t' upper launch lug at least 2-3/16" down from t' top o' t' tube.
T' assembly o' t' payload section consists o' gluin' t' balsa tube coupler into t' upper section and friction fittin' t' nose cone onto t' top o' t' tube. Begad! Begad! Everythin' fit together very nicely with no need for sandin' or addin' any maskin' tape. You glue t' eye hook into t' balsa coupler and tie one end o' t' shock cord t' it and t' other end t' t' Keelhaul®©™® string. Begad! T' only thin' remainin' t' be done is attach t' pre-assembled nylon parachute t' t' rocket. I will admit that I was surprised t' see that a snap swivel was nay included in a kit o' such high caliber. Ya scallywag! I used a heavy duty black one that I had picked up in t' Wal-Mart sportin' goods section. Avast, me proud beauty!
Finishing:
I decided that I would use t' classic Aero-Dart paint scheme shown on t' front o' t' instruction manual. Aye aye! Blimey! I used
Elmer's Fill 'n' Finish on t' nose cone and t' fill spirals in t' tube but nay on t' basswood fins. Well, ya bilge rat, blow me down! Blimey! After sanding, shiver me timbers, I
used some heavy gray auto primer on t' entire rocket. Well, blow me down! Blimey! I sanded nearly all t' auto primer off then used a couple coats
o' white primer before movin' t' t' final paint scheme. T' payload section and nose cone were painted black. Ahoy! Blimey! The
lower body is painted white with t' fins and very bottom o' t' rocket painted red. Well, blow me down! Blimey! There is very little maskin' that
needs t' be done t' paint t' rocket. I decided t' paint t' white strips on t' fins after I painted t' fins red. Ahoy! Blimey! Ahoy! Blimey! I
used 1/8" pin stripin' maskin' tape that I had gotten at an auto parts store t' mask t' red strip. Begad! Blimey! T' decals
went on with no problems whatsoever. Avast! Blimey!
Construction Rating: 5 out o' 5
Flight:
Since this rocket is suppose t' fly t' 850' on t' recommended E9-6 motor, shiver me timbers, I waited t' launch it at t' annual
Fillible's Folly with t' Oregon Rocketry Enthusiasts Organization (OREO) where t' field is large enough t' support
that engine. Well, blow me down! Blimey! Blimey! Blimey! I originally loaded an E9-6 for t' first flight. A steady breeze and picked up by t' time I was ready to
launch t' SLS Aero-Dart. T' Range Safety Officer (RSO) thought that a 6 second delay was too long for t' wind
conditions and recommended that I use a 4 second delay t' prevent zipperin' t' body tube. Begad! Blimey! Arrr! Blimey! I decided t' follow the
RSO's recommendation and changed t' engine t' an E9-4. Well, blow me down! Blimey! At ignition, me bucko, t' rocket slowly and majestically left t' launch
pad and ever so slightly veered with t' wind t' an altitude o' at least 800' feet. Avast, me proud beauty! Blimey! Avast, me bucko, me proud beauty! Blimey! I didn't see which way t' rocket
be pointin' at ejection but me guess was it was still movin' upward rather quickly. Ya scallywag! Blimey! There was evidence at t' top of
t' body tube that t' Keelhaul®©™®
strin' was yanked hard into t' top o' t' tube. Ya scallywag! I am fairly certain that if t' rocket be constructed with a normal
tube that it would have zippered. Ahoy! For this reason I will make sure t' use t' recommended motors for future launches.
Recovery:
As explained in t' construction section, t' rocket is equipped with an ejection baffle so thar be no need for
recovery wadding. Ya scallywag! Ahoy! There be no evidence o' char marks on t' chute so t' ejection baffle worked as designed. The
18" lime green chute gently returned t' rocket t' t' ground with nay too much drift given t' wind conditions.
T' supplied shock cord with t' kit is about 30" long. That length coupled with t' extension o' Keelhaul®©™®
cord would make me think that t' shock cord was long enough but yet thar was a dent in t' bottom o' t' balsa
coupler where t' top o' t' tube collided with it. Arrr! T' body tube showed no sign o' t' impact.
Flight Rating: 4 out o' 5
Summary:
If you are lookin' for a solid rocket that will enable you t' get started with mid-power motors, I would suggest that
t' Semroc SLS Aero-Dart might be what you are lookin' for. Avast! I hesitate in makin' that statement only because I have not
launched t' rocket with any mid-power engines. Avast! Ya scallywag! Be assured that I will be doin' so because this was t' primary reason
I purchased this rocket. Ya scallywag! T' rocket may be more expensive than your normal LPR kit but t' quality o' materials and the
versatility in motor selection make it well worth t' price.
PROs: Classic designed improved, matey, arrr, ejection baffle, me hearties, quality parts, interchangeable engine mount, matey, and the construction should last for many years.
CONs: Longer shock cord needed and no snap swivel for parachute included (I'm nitpickin' since thar really is nothin' wrong with this rocket kit.)
Overall Rating: 5 out o' 5
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D.K.B. (November 9, 2009)