Tower Hobbies NO GRAVITY User Manual

Our m odel ki ts are su bject t o const ant qua lity ch ecks th rough out the p roduc tion pr ocess , and we si ncere ly
hop e that yo u are com plete ly sati sfied w ith the c onten ts of you r kit. Ho wever, w e would a sk you to c heck al l
the p arts be fore yo u start c onstr uctio n, refe rring t o the Par ts List , as we can not exc hange c ompon ents wh ich
you h ave alr eady mo difie d. If you f ind any p art is no t accep table f or any re ason, w e will re adily c orrec t or
exc hange i t once we h ave exa mined t he faul ty comp onent . Just se nd the of fendi ng part t o our Mod el
Dep artme nt. Ple ase be su re to inc lude th e enclo sed com plain t fo

rm, d uly com plete d. We are c onsta ntly
wor king on i mprov ing our m odels , and for t his rea son we mu st rese rve the r ight to c hange t he kit co ntent s
in te rms of sh ape or di mensi ons of pa rts, te chnol ogy, mat erial s and fit tings , witho ut prio r notif icati on.
Ple ase und ersta nd that w e canno t enter tain cl aims ag ainst u s if the ki t conte nts do no t agree i n every
res pect wi th the in struc tions a nd the il lustr ation s.

Rad io-co ntrol led mod els, an d espec ially m odel ai rcraf t, are by n o means p layth ings in t he usua l sens e of th e
ter m. Buil ding an d opera ting th em safe ly requ ires a ce rtain l

eve l of tech nical c ompet ence an d manua l skill ,
tog ether w ith dis cipli ne and a re spons ible at titud e at the fl ying fi eld. Er rors an d carel essne ss in bui ldin g and
fly ing the m odel ca n resul t in seri ous per sonal i njury a nd dama ge to pro perty. S ince we , as manu factu rers,
hav e no cont rol ove r the con struc tion, m ainte nance a nd oper ation o f our pro ducts , we are ob liged t o take
thi s oppor tunit y to poin t out the se haza rds and t o empha sise yo ur pers onal re spons ibili ty.

Spe cificati ons
Ste ps of ass embly
Cho ose a flyin g field
Cen ter of gr avity
Saf ety

1.F usela ge 1pc

2.W ing 1pc

3.E levat or 1pc

4.R udder 1pc

5.E quipmen t canop y 1pc

6.R ight wi ng fence 1p c

7.L eft win g fence 1 pc

8.S pinner 1p c

9.F usela ge foam b lock 1p c

10. Left pa rt of lan ding gear 1 pc

11.R ig ht p ar t of l an di ng g ea r 1p c

12. Pull- pull fish ing line 1p c

13. Vector s ystem 1 pc

14. Motor m ount 1p c

15. Aileron s ervo cont rol horn 1p c

16. GWS HD 80 40 1pc

17. Screw ( ST1.4 *6 ) 14pc s

18. Adjus tor 2pc s

19. O ring 2p cs

20. Spinner c onnec ting part 1 pc

21. Aileron p ush rod 2pc s

22. Wing br acings #1 2 pc s

23. Eleva tor push ro d 1pc

24. Washe rs 2 pc s

25. Vector s yst

em pu sh rod 2p cs

26. Eleva tor braci ngs 2pc s

27. Wing br acings #2 2 pc s

1. Ma tched w ith vecto r rotat in g sy st em o n ru dd er w hi ch i nc re as es t he f le xi bi li ty o n ru dd er c on trol.

2. Go od wind-r esistan ce and stab ility, e as y fo r co nt ro l.

3. EP O foam co nstru ction tha t is beau fiful , crash -resistan t and eas y for mai ntena nce makes v ery
rob ust air frame.

4. A thou ghtfu l equipme nt cabin de sign, all e lectr onic equi pments ca n be i ns ta ll ed a nd s af el y
sec ured insi de.

5. Si mple desi gn, 85% p re-asse mbled and s uper conv enient as sembl y process k eeps yo u far
awa y from th e co

mpl icate d traditi onal as sembly proc ess of in door 3D pla ne and long t ime

wai ting.

6. Pr ofess ional air frame con figurat ion and s pecial ai rfoil d esign mak es it a great l ightw eight 3D
air plane for a w ide fli ght spe ed range.

7. No m atter y ou’re p rofessi onal 3D fly er or just st ar ti ng o ut i n 3D , we b el ie ve S ba ch 34 2 is a
goo d choice.

Battery
3S 400mAh
20C Li-Po

Mot or
AT22 06V2
KV 15 00

ESC
10A
Wit h BEC

8

NO GRAVI TY Spe cific at io n

33.1 in (840 m m)

37.8 in (960 m m)

0.6 1 lb-0. 65 lb (27 5g-295g )

Alway s be car ef ul of pr opeller w he n plugging in t he lipo bat te r y an d
the lip o batter y is i ns ta ll ed !!!!

NO GRAVITY

NO G RAV I TY

Steps of ASSEMBLY

1.In st al l le ft and ri gh t la nding g ea r in to c orres po nd ing slo ts o n fu se lage, t he n fi x
with g lu e.

2.In se rt w in g into co rr es pondi ng s lo ts o n fusel ag e, t hen use g lu e to f ix . Make
sure t he w in g wi thout i ns ta lled co nt ro l ho rn pass t hr ou gh fuse la ge f ir st, and
ensu re t he w in g is perp en di cular t o fu se la ge. A=B.

3.In st al l ai leron s er vo c ontro l ho rn i nt o corre sp on ding sl ot o n ai le ron, th en
fix wi th g lu e.

4.In se rt s ta biliz er i nt o the slo t of r ea r fu selag e an d fi x wi th gl ue . Ma ke s ure
C=D.

NO GRAVITY

5.I nstal l fusel age foa m block i nto slo t that sh own in ab ove pic ture, t hen fix w ith glu e.

6.A ttach r udder o nto the r ear fus elage a ccord ing to th eir cor respo nding c uttin gs
and f ix with g lue. Ma ke sure t he rudd er is on th e same le vel as fu selag e.

7.I nsert l eft and r ight wi ng fenc es into s lots on w ing, ma ke sure t he y’ re p er pe nd ic ul ar
to wi ng, the n fix wit h gl ue .

8.I nstal l wing br acing r od 1 and 2 on c orres pondi ng places o n wi ng a nd f us el ag e,
aft er make s ure win g and fus elage i s perpe ndicu lar to ea ch othe r, fix the b racin gs
wit h glue.

9.I nstal l eleva tor bra cings a s pictu re show n. Make s ure fus elage a nd elev ator is
per pendi cular t o each ot her, the n fix the b racin gs with g lue.

9.1 .Plac e adjus tors in to hole s on serv o arm, an d fix the m with nu ts both u pside
and d ownsi de. Bef or a dd in g gl ue o n jo in ts b et we en s er vo a rm a nd n ut s,
mak e su re a dj us to rs a re i n fu nc ti on .

9.2 .Pass t he serv o wires t hroug h the ser vo hous e as pict ure sho wn.

9.3 .Fix th e assem bled se rvo arm o nto ser vo with s crew.

9.4 .Put th is serv o which w ill be us ed for ve ctor sy stem in to the se rv o ho us e, t he n
fix w it h gl ue .

NO GRAVITY