Ford CD6 platform (sixth generation)
E54563
The Ford CD6 platform (sixth generation) is a rear- and all-wheel-drive unibody vehicle architecture developed by Ford for its larger SUVs and crossovers, including the latest Ford Explorer.
Statements (42)
| Predicate | Object |
|---|---|
| instanceOf |
automobile platform
→
vehicle architecture → |
| assemblyLocationUsedByModel |
Ford Chicago Assembly Plant
→
|
| bodyStyleSupport |
unibody
→
|
| designedFor |
global markets
→
|
| developer |
Ford Motor Company
→
|
| generationNumber |
sixth generation
→
|
| intendedFor |
larger Ford SUVs
→
larger Ford crossovers → |
| keyCharacteristic |
rear- and all-wheel-drive unibody architecture
→
|
| layoutType |
longitudinal engine layout
→
|
| manufacturer |
Ford Motor Company
→
|
| marketSegment |
large SUVs
→
mid-size SUVs → |
| materialType |
aluminum components
→
high-strength steel → |
| notableModelYearIntroduction |
2020 Ford Explorer
→
|
| platformFamily |
Ford CD platform family
→
|
| predecessor |
Ford D4 platform
→
|
| startOfProduction |
2019
→
|
| supportsBodyConfiguration |
three-row seating SUVs
→
|
| supportsChassisFeature |
adaptive suspension (on some models)
→
multi-link rear suspension → |
| supportsDrivetrainFeature |
drive mode selection systems
→
intelligent all-wheel drive systems → |
| supportsPowertrain |
hybrid powertrains
→
turbocharged gasoline engines → |
| supportsSafetyFeature |
automatic emergency braking
→
electronic stability control → multiple airbags → |
| supportsSuspension |
independent front suspension
→
independent rear suspension → |
| supportsTechnology |
advanced driver-assistance systems
→
infotainment systems with large touchscreens → |
| usedByBrand |
Ford
→
Lincoln → |
| usedByModel |
Ford Explorer (sixth generation)
→
Lincoln Aviator (second generation) → |
| usedFor |
crossovers
→
sport utility vehicles → |
| vehicleLayoutSupport |
all-wheel drive
→
rear-wheel drive → |
Referenced by (1)
| Subject (surface form when different) | Predicate |
|---|---|
|
Ford Explorer
→
|
platform |