CyberFront/Rear SL-2 Hubset 183g

More miles, less weight.
Improved spoke tension balance

Flanges receive our new special treatments (military standard) to handle radial lacing stress.
To minimize torsional static forces flanges self-align under spoke lacing tension.

Hi-tech rarely combines with such easy tuning and maintenance easiness

Micro-tuner: our easy and quick external bearing preload system that ensures precise bearing tuning, smooth running and no play at the rim

Hi-performing custom wheels have never been that easy to build.

Bearing dimensions are one step beefier than most and much heavier competitors

Oversized titanium 32T ratchet wheel is engaged by a smooth and precise O-r driven 2 pawls system

Configure

Road-race rear hub, optimal spoke camber, classic J-bend spokes, 2.8mm holes.
QR 10x130mm / 9x100mm standard, oversized Ø14 and 17mm oversized axles, ABEC5 low-friction cartridge bearings (high load capacity) with external hexagonal preload tuner.
Titanium 32T ratchet wheel, OR-spring oversized and sealed freewheel body.
Black anodized hub-body with laser etched graphics, "Hart-Coated" axle-ends.
Flanges options (for standard J-bend spokes): 16-20-24-28h
Spoke holes: rounded 2.8mm holes, Berd compatible too

…More Tech Details

Front hub drillings Rear hub drillings Cassette standard Bearings

425,22 €

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Description
Lacing
Lacing
Spoke-end Diameter
Manuals
Spare Parts

Tech info

Description

Lacing

CyberFront SL wheel-building

Here you find all the necessary instructions to realize your dream wheels with pre-calculated spoke lengths.

Follow instruction step by step:

1)Measure your "spoke-end diameter"

2)Find your front spoke length on table A

(All measures are expressed in mm)

Maximum spoke tension: Refer to manual

Warning: spoke lacing and tensioning require skills and experience,refer to an expert professional wheel builder for these operations.

1) "Spoke-End-Diameter"

Rim manufacturers always offer ERD figures however we warmly recommend to precisely measure the rim+nipple combination.

Basically a correct spoke calculation requires exact "spoke-end diameter" and rim drilling.

Spoke-end diameter depends on your rim internal diameter and nipple type.

How to measure "Spoke-End-Diameter"

2) CyberFront SL

Radial lacing - Elbow spokes

Spoke-end Diameter	Spoke Length
515	244
520	246
525	249
530	251
535	254
540	256
545	259
550	261
555	264
560	266
565	269
570	271
575	274
580	276
585	279
590	281
595	284
600	286
605	288
610	291

Table A

Note: We list "spoke-end diameters" every 5mm step. If your "spoke-end diameter" measure is in between 2 steps adjust your spoke length consequently.
Example 1: your "spoke-end diameter" is 563mm use 269mm spoke.
Example 2: your "spoke-end diameter" is 567mm use 271mm spoke.
Example 3: your "spoke-end diameter" is 569mm use 272mm spoke.

Radial lacing is allowed on internal and external flange side and only with D/B spokes (central section equivalent to Ø 1.5mm).

Dimensions for wheel building

Spoke hole Ø: 2.6mm
Flange drilling Ø: 29mm
Centre to flanges: 40mm

Lacing

CyberRear SL-2 wheel-building

Here you find all the necessary instructions to realize your dream wheels with pre-calculated spoke lengths.

Follow instruction step by step:

1)Measure your "spoke-end diameter"

2)Find your rear spoke length (left side) on table A

3)Find your rear spoke length and lacing pattern (drive side) on table B

(All measures are expressed in mm)

4)Lace the wheel respecting correct lacing pattern (see below)

Maximum spoke tension:- Refer to manual

Warning: spoke lacing and tensioning require skills and experience,refer to an expert professional wheel builder for these operations.

1)"Spoke-End-Diameter"

Rim manufacturers always offer ERD figures however we warmly recommend to precisely measure the rim+nipple combination.

Basically a correct spoke calculation requires exact "spoke-end diameter" and rim drilling.

Spoke-end diameter depends on your rim internal diameter and nipple type.

How to measure "Spoke-End-Diameter"

2)CyberRear SL-2

Left side - Radial lacing - Elbow spokes

Spoke-end Diameter	Spoke Length
515	243
520	245
525	248
530	250
535	252
540	255
545	257
550	260
555	262
560	265
565	267
570	270
575	272
580	275
585	277
590	280
595	282
600	285
605	287
610	290

Table A

Note: We list "spoke-end diameters" every 5mm step. If your "spoke-end diameter" measure is in between 2 steps adjust your spoke length consequently.
Example 1: your "spoke-end diameter" is 563mm use 266mm spoke.
Example 2: your "spoke-end diameter" is 567mm use 268mm spoke.
Example 3: your "spoke-end diameter" is 569mm use 270mm spoke.

Lacing: radial on interal flange side, use only D/B spokes (central section equivalent to Ø 1.5mm).

3)CyberRear SL-2

Drive side - Elbow spokes

Spoke-end Diameter	Spoke Length 24H	Spoke Length 20H and 28H
515	259-260	267
520	262	269-270
525	264-265	272
530	267	274-275
535	269-270	277
540	272	279-280
545	274-275	282
550	277	284-285
555	279-280	287
560	282	289-290
565	284-285	292
570	287	294-295
575	289-290	297
580	292	299-300
585	294-295	302
590	297	304-305
595	299-300	307
600	302	309-310
605	304-305	312
610	307	314-315
610	309-310	317

Table B

Note: We list "spoke-end diameters" every 5mm step. If your "spoke-end diameter" measure is in between 2 steps adjust your spoke length consequently.

Lacing: correct lacing patterns with elbow spokes must be as shown below.

Spoke-end Diameter

How to measure "Spoke-End-Diameter"

Spoke-end diameter depends on your rim and nipple type and length.

Below you see how to measure SED for both nipple types:
External nipple configuration
Internal nipple configuration

Take measures very precisely because a well correct nipple/spoke assembly accepts a spoke-length tolerance of +/-1mm only.
(All measures are expressed in mm)

External nipple configuration

1) Insert two J-spokes (random size) with the nipples (of your final build) into 2 opposite rim holes.

This simple trick helps to keep spokes aligned and slightly tensioned.

2) Precisely measure distance between nipples.

Be careful to take measure between the 2 nipple-ends.

3) Add 2x by the nipple height (of your final build) to the measure above.
This gives "Spoke-End-Diameter".
Note: with slotted nipples measure height inside the cut.

cutted nipple

Internal nipple configuration

You can get the necessary data following the procedure below:
1) Precisely measure outer rim diameter (A).

2) Insert a nipple of your final build into a hole (use a spoke to hold nipple in position).
3) Precisely measure distance between nipple-top and outer rim diameter (B).