
Eibach ESF (1100.550.0850) 1100 Length 5.5" ID 850 lbs Rate
Part Number= 1100.550.0850
PG= ESF
Length= 11 (inch) / 279 (mm)
Diameter= 5.50 O.D. (inch) / 140 O.D. (mm)850 (lbs/inch)
Rate= 15.17 (KG/mm) 149 (N/mm)
Block Height= 4.96062992125984 (inch) / 126
Travel= 6.02362204724409 (inch) / 153 (mm)
Block Load= 5137.52808988764 (lbs) / 22862 (N))
Weight= 10.272 (lbs) / 4.8 (KGS)
Eibach Race Spring System
- Over 1,300 single components – main and tender springs – metric and imperial, various auxiliary race suspension accessories, ready and in stock on 5 continents
- Comprehensive Program of single components
- Single Main Springs with highest rate-linearity and lowest rate tolerance
- Progressive Characteristics via set-up of different springs serially – double or even triple spring combinations
- Extreme Low Weights achieved through Super Hi-Ten materials and manufacturing technology
- Smallest Solid heights, maximized spring travels and higher maximum loads
- Spring Surface Stabilization through specialized shot peening
- Every ERS Spring preset to block
- Block and Sag Resistant
- Smallest Tolerances and precise plane parallelism of spring ends
- High Dynamic Durability – under Motorsport conditions
- High quality corrosion protection by phosphating and epoxy coating
- Springs Printed with part-number (speaking code = rate and dimensions)
Eibach ESF (1100.550.0850) 1100 Length 5.5" ID 850 lbs Rate
Part Number= 1100.550.0850
PG= ESF
Length= 11 (inch) / 279 (mm)
Diameter= 5.50 O.D. (inch) / 140 O.D. (mm)850 (lbs/inch)
Rate= 15.17 (KG/mm) 149 (N/mm)
Block Height= 4.96062992125984 (inch) / 126
Travel= 6.02362204724409 (inch) / 153 (mm)
Block Load= 5137.52808988764 (lbs) / 22862 (N))
Weight= 10.272 (lbs) / 4.8 (KGS)
Eibach Race Spring System
- Over 1,300 single components – main and tender springs – metric and imperial, various auxiliary race suspension accessories, ready and in stock on 5 continents
- Comprehensive Program of single components
- Single Main Springs with highest rate-linearity and lowest rate tolerance
- Progressive Characteristics via set-up of different springs serially – double or even triple spring combinations
- Extreme Low Weights achieved through Super Hi-Ten materials and manufacturing technology
- Smallest Solid heights, maximized spring travels and higher maximum loads
- Spring Surface Stabilization through specialized shot peening
- Every ERS Spring preset to block
- Block and Sag Resistant
- Smallest Tolerances and precise plane parallelism of spring ends
- High Dynamic Durability – under Motorsport conditions
- High quality corrosion protection by phosphating and epoxy coating
- Springs Printed with part-number (speaking code = rate and dimensions)
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Part Number= 1100.550.0850
PG= ESF
Length= 11 (inch) / 279 (mm)
Diameter= 5.50 O.D. (inch) / 140 O.D. (mm)850 (lbs/inch)
Rate= 15.17 (KG/mm) 149 (N/mm)
Block Height= 4.96062992125984 (inch) / 126
Travel= 6.02362204724409 (inch) / 153 (mm)
Block Load= 5137.52808988764 (lbs) / 22862 (N))
Weight= 10.272 (lbs) / 4.8 (KGS)
Eibach Race Spring System
- Over 1,300 single components – main and tender springs – metric and imperial, various auxiliary race suspension accessories, ready and in stock on 5 continents
- Comprehensive Program of single components
- Single Main Springs with highest rate-linearity and lowest rate tolerance
- Progressive Characteristics via set-up of different springs serially – double or even triple spring combinations
- Extreme Low Weights achieved through Super Hi-Ten materials and manufacturing technology
- Smallest Solid heights, maximized spring travels and higher maximum loads
- Spring Surface Stabilization through specialized shot peening
- Every ERS Spring preset to block
- Block and Sag Resistant
- Smallest Tolerances and precise plane parallelism of spring ends
- High Dynamic Durability – under Motorsport conditions
- High quality corrosion protection by phosphating and epoxy coating
- Springs Printed with part-number (speaking code = rate and dimensions)












