Side-by-side
A380 Boarding Bridge vs Nose-Loader Bridge
Spec comparison for two products on Aviation Souk. Both compete in Jet Bridges / Passenger Boarding Bridges.
Jet Bridges / Passenger Boarding Bridges
A380 Boarding Bridge
by Shenzhen CIMC-TianDa Airport Support
Specialised apron-drive boarding bridge engineered to reach the Airbus A380 upper deck at ~8 m sill height.
Jet Bridges / Passenger Boarding Bridges
Nose-Loader Bridge
by Dabico FMT (FMT Sweden AB)
Fixed-axis telescopic boarding bridge with hydraulic elevation and minimal moving parts — continuously refined since 1972 for dependable operation in extreme climates.
| Cost of ownership | A380 Boarding Bridge | Nose-Loader Bridge |
|---|---|---|
| Price tier | — | — |
| Lead time (weeks) | ?–? | ?–? |
| Delivery | — | — |
| Install | — | — |
| GCC airports deployed | 0 | 0 |
| Certifications | 0 | 0 |
Specs
Technical specifications.
| Spec | A380 Boarding Bridge | Nose-Loader Bridge |
|---|---|---|
| Target aircraft | Airbus A380 (upper deck U1 door) | — |
| Upper deck sill height | ~7.86–8 m above tarmac m | — |
| Bridge type | Apron-drive (self-propelled bogie), 4-wheel patented configuration | Fixed-axis telescopic (nose-loader / pier-type) |
| Patent jurisdictions | European and US invention patents granted | — |
| Stand configuration | Operates simultaneously with lower-deck bridges at same stand | — |
| Fixed tunnel option | Dual-tunnel or triple-tunnel with escalators and vertical lifts | — |
| First deployment | Charles de Gaulle Airport, Paris | — |
| Optional ancillaries | 400 Hz GPU, PCA, VDGS compatible | — |
| Elevation system | — | Hydraulic cylinder on telescopic tunnel section |
| Slope accommodation | — | Fixed tunnel section (terminal to support) + elevating telescopic section |
| Drive system | — | None — fixed position, no apron travel |
| Maintenance profile | — | Fewer moving parts vs apron-drive; lower servicing frequency |
| Docking guidance | — | High-precision VDGS required (fixed axis alignment dependency) |
| Environmental rating | — | Designed for extreme cold, heat, humidity, and high-wind conditions |
| Production since | — | 1972 (continuous development) |
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