Here is SUMITOMO's new cone shape fender, HYPER OMEGA. By Optimizing the shape of the former PIVOT fender, SUMITOMO's advanced technology has succeeded in improving the performance of this product to the highest level of its kind in the industry. Are you ready to take the ultimate step into the future?

Merits of HYPER OMEGA

The belt-shaped projection is set up on the outer surface. This design strengthens the base section of the fender against deflection, and provides increased reaction load and therefore increased energy absorption capacity at the earliest stage of compression.

The belt-shaped projection can also be set up on the inner surface. This design reduces the scrub of rubber body, and in return, helps smooth deforming. The reaction load level can be maintained to a high level of deflection.

By affixing the mounting to the steel frame, and the level created on the upper surface of fender, the compressibility (energy absorption capacity) is increased.

FEM
FEM Movie
Performance Characteristics
Rubber compound X155 X140 X120
Deflection 70% 72.5% 70% 72.5% 70% 72.5%
R
kN
E
kN-m
R
kN
E
kN-m
R
kN
E
kN-m
R
kN
E
kN-m
R
kN
E
kN-m
R
kN
E
kN-m
400H 194 43.4 236 45.5 176 39.2 214 41.1 151 33.6 184 35.2
600H 438 147 533 154 395 132 481 139 339 113 413 119
800H 778 347 947 364 703 314 856 329 602 269 733 282
900H 984 495 1,198 519 889 447 1,082 468 762 383 927 402
1000H 1,215 678 1,479 712 1,098 613 1,336 643 941 525 1,145 551
1150H 1,607 1,032 1,956 1,082 1,452 932 1,767 977 1,244 799 1,514 828
1300H 2,054 1,490 2,500 1,563 1,855 1,346 2,258 1,412 1,590 1,154 1,935 1,210
1450H 2,555 2,068 3,109 2,169 2,308 1,868 2,809 1,959 1,978 1,601 2,407 1,679
1600H 3,111 2,778 3,786 2,915 2,810 2,510 3,420 2,632 2,409 2,151 2,932 2,256
1800H 3,938 3,956 4,793 4,150 3,557 3,573 4,329 3,748 3,049 3,063 3,711 3,213
Rubber compound X100 X80 X60
Deflection 70% 72.5% 70% 72.5% 70% 72.5%
R
kN
E
kN-m
R
kN
E
kN-m
R
kN
E
kN-m
R
kN
E
kN-m
R
kN
E
kN-m
R
kN
E
kN-m
400H 125 28.0 152 29.4 100 22.4 122 23.5 75.3 16.8 91.6 17.6
600H 282 94.5 343 99.1 226 75.6 275 79.3 169 56.7 206 59.5
800H 502 224 611 235 401 179 488 188 301 134 366 141
900H 635 319 773 335 508 255 618 268 381 191 464 200
1000H 784 438 954 459 627 350 763 367 470 263 572 276
1150H 1,037 666 1,262 698 830 533 1,010 559 622 399 757 419
1300H 1,325 962 1,613 1,009 1,060 769 1,290 807 795 577 968 605
1450H 1,649 1,334 2,007 1,400 1,319 1,067 1,605 1,120 989 800 1,204 839
1600H 2,007 1,793 2,443 1,880 1,606 1,434 1,955 1,504 1,204 1,076 1,465 1,129
1800H 2,541 2,552 3,092 2,677 2,032 2,042 2,473 2,142 1,524 1,531 1,855 1,606

Rated Deflection=70% R:Reaction Load
Max Deflection=72.5% E:Energy Absorption
Tolerance : Reaction load less than+10%, energy absorption more than -10%

Rubber compound
Rubber Compound X155 X150 X140 X130 X120 X110 X100 X90 X80 X70 X60
Performance Index 1.55 1.50 1.40 1.30 1.20 1.10 1.00 0.90 0.80 0.70 0.60
Hardness Hard <---------------------------> Soft

*Special rubber compound can be available developing on design conditions. The range of rubber compound is X60-X155.
*The data are subject to change without notice.

Performance in Angular Compression

Compression Angle (deg.) CR CE
0 1.0 1.00
3 1.0 1.00
5 1.0 1.00
6 1.0 1.00
7 1.0 1.00
8 1.0 0.99
9 1.0 0.98
10 1.0 0.97
15 1.0 0.94
20 1.0 0.87

●CR : Ratio for Reaction Load
●CE : Ratio for Energy Absorption

Portfolio of HYPER OMEGA