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For zebra type C, D (for wheelbase 2.6m)

Type	The width (m)	The distance between (m)	Contact degree to anti-skid pavement		Effective contact degree	Non -contact	100m Vibration times	Index for material needs
			All wheels	Front or rear wheel
C	2	1	53	27	67	20	132	67
D	2	2	15	70	50	15	100	50

*1 The numbers of contact to anti-skid pavement and non-contact is the degree (%)
of contact to anti-skid pavement of the vehicle wheels.
*2 Effective contact degree = All wheel contact degree + (front or rear wheel) ×1/2
*3 100m vibration times; the number of front and rear wheel passing on the strips
within 100m drive.
*4 Index for material needs; solid type quotes index for material needs of 100.

<Recommendation of the application>

1. straight course	2. intersection	3. winding road	4. specific place
Before crosswalk	Intersection	Basic for winding road	For discouraging motorcycle gang
Before railroad	Intersection of three roads	Before curve	For footpath, pedestrian or school zone
Right turn zone		Within curve	Zebra pattern
Before merging point		Mixed	Double zebra pattern
Uphill, downhill or slope

Manual for the application
<Zebra type>
A combination of the width and the distance

		Distance between (m)
The width (m)		1	2
	1	Type A	B
	2	C	D
	3	E	F

<Recommendation of the distance for Zebra type in relation with vehiclewheelbase> 
　　　　　　　　　　

　　　　　　　　　　Front or rear wheel is on the anti-skid resin pavement
　　　　　　　　　Front and rear wheel are on the anti-skid resin pavement
　　　　　　　　　None of wheels is on the anti-skid resin pavement
　　　　　　　　　The anti-skid pavement

<Major vehicle wheelbase>

Model　of vehicle	wheelbase（mm)
TOYOTA CROWN, NISSAN CEDRIC	2,800
T-CAMRI , N-SKYLINE	2,700
T-COROLLA, N-EXTRAIL	2,600
T-PLIUS, N-BIUEBIRD	2,500
T-YALIS, N-MICRA	2,400