Zero X cutaway drawing
Deatchable nose cone
Computer control cockpit for Martian Excursion Vehicle
Living accomodation and science
laboratories on each side of the
cockpit
Retractable rocket launcher
Abort mission emergency capsule
Rocket (each side) for jettisoning nose cone
Port twin antenna retracted
Lock-on mechanism securing the M.E.V to the main body
Retracted caterpillar tracks descend for planetary exploration
Command centre, for use when the
M.E.V. has left the body in orbit
Retracted stub wing used to 'skip' main body
clear of atmosphere if in grazing orbit
Undercarriage shown in retracted position
Radio remote control units and autopilots
to control the lift-body when detached
Bank of five jets to control the manoeuverability
of the lift-body on glide-path return
De-icing and refrigeration units on all leading surfaces
Fuselage removed to show the turboram-jet
Wing fuel tanks
Hydraulically operated elevators
Hinge enabling the wing tip to be in dropped
position for take-off, so that the undercarriage,
retracted against the booster jet, is at ground
level
Booster jet
Main body – behind the passenger deck –
a complex of fuel tanks and auxiliaries
Air intake and compressors; if it is necessary to
use the main motors in the atmosphere, these allow
air to be used as an oxidant, leaving the liquid
oxygen in the fuel tanks for space propulsion
Firing chambers
Retracting tail fin
Bank of three main propulsion units
Bank of five secondary propulsion units
Firing chambers of the secondary bank of propulsion units
Retracted stub wing used to 'skip' main body
clear of atmosphere if in grazing orbit
Air intake and compressors for the
secondary bank of propulsion units
Second wing with lower bank of jets; in case of damage to
the forward half of Zero X, the back half can detach itself
just behind the forward wing at the main passenger deck,
and continue independently

Technical specifications published originally in Project Sword 1968 Annual

large scale model in the workshop large scale model in the workshop large scale model in the workshop large scale model in the workshop
The large scale model from Master Models in their workshop
images sourced from Master Models' website
front elevation
Front elevation
plan
Plan
side elevation
Side elevation
reverse plan
Reverse plan
rear elevation
Rear elevation

Elevations published originally in model sheet

Zero X
Technical Specifications
name: Zero-X
description: The drawing below has been greatly simplified in the interests of security. All design features still classified Top Secret have, therefore, been omitted.
designer: Derek Meddings
other data crash sequence launch sequence