Rear high performance wing Mansory Carbon for Lamborghini Aventador

Rear High Performance Wing Mansory Carbon for Lamborghini Aventador

Between the road-oriented performance wing and the track-focused biplane lies a third category of rear aerodynamic treatment: a wing profile that prioritises maximum downforce from a single-element design by using a larger chord, greater span, and taller standoff height than the standard performance wing — without the complexity and weight of the dual-element biplane. Mansory's rear high performance wing for the Lamborghini Aventador occupies this specification tier, delivering the highest single-element downforce in the programme with a wing geometry that reads as architecturally more assertive than the performance wing while remaining within the road use footprint of a single-element design. Part of the Mansory Carbon Fiber Body kit set for Lamborghini Aventador, the high performance wing is the choice for owners who want maximum single-element downforce and visual drama without the biplane's complexity.

Construction & Materials

The high performance wing's larger chord — 35 % wider in the direction of airflow than the standard performance wing — requires a stiffer primary structure to maintain its profile within the tighter angular tolerance that the larger chord's increased moment arm demands. Mansory addresses this with a denser 12K UD high-modulus layup in the wing element's primary bending direction, backed by additional bidirectional high-strength carbon in the torsion-critical zone at the endplate attachment points.

• Wing element primary structure: 12K UD high-modulus carbon, denser layup vs performance wing
• Torsion zone reinforcement: bidirectional high-strength carbon at endplate attachments
• Outer skin: 3K twill prepreg — visual character consistent with programme
• Endplates: 3K twill single-piece, full-height — larger area than performance wing endplates
• Wing chord: 35 % greater than performance wing in airflow direction
• Standoff height: 80 mm taller than performance wing — increases wing's clearance above the engine lid turbulent wake
• Cure: Autoclave, 135 °C / 7 bar
• Downforce at 200 km/h: approximately 65–105 kg depending on angle setting
• Total weight: approximately 8.1 kg
• Mounting: OEM trunk lid points (reinforced mounting plates supplied — wider standoff base footprint)
• Angle adjustment: 3-position mechanical (5 °, 8 °, 12 °)

The 80 mm additional standoff height is aerodynamically significant: the LP 700-4's engine lid turbulent wake zone extends approximately 60–80 mm above the lid surface at motorway speeds. By positioning the wing element's lower surface above this wake zone, the high performance wing operates in cleaner, higher-velocity air than the standard performance wing whose element sits within the wake's turbulent boundary. This translates directly to higher effective angle-of-attack efficiency — the high performance wing's larger chord in cleaner air generates more downforce per degree of angle than the standard wing in the wake boundary layer, which partially explains the 40–45 % downforce advantage the high performance wing achieves over the standard performance wing despite the wing not being a dual-element design.

Design & Visual Function

The high performance wing's profile above the Aventador's tail is more architecturally assertive than the standard performance wing but less complexly layered than the biplane — a visual statement that reads as "high-specification single-element" rather than either "subtle" or "maximum motorsport." The larger chord creates a wider visual shadow below the wing, and the taller standoffs give the assembly a commanding elevation above the car's tail section that is immediately apparent from the rear three-quarter angle. From the side profile, the wing's chord and standoff height give it a presence that completes the Aventador's lateral silhouette in a way that the standard wing's more modest geometry does not achieve at the same viewing distance.

The full-height, larger-area endplates — sized proportionally to the high performance wing's chord increase — create a visual terminal element at the wing tips that is noticeably more substantial than the standard performance wing's endplates. Their surface area presents a full 3K twill face that is visible at the car's widest point — a large, clearly carbon surface that confirms the wing as an integrated programme component rather than an afterthought addition. The endplate leading edges align with the car's outer body panel line at the rear quarter, creating a visual connection between the body kit's rear bumper lateral elements and the wing's lateral extremities that reads as coordinated design intent.

Compatibility & Fitment

Designed for the Lamborghini Aventador LP 700-4 (2011–2016) and LP 720-4 50° Anniversario. Both coupé and Roadster fit. The high performance wing uses the same trunk lid mounting points as the standard performance wing, with wider standoff base footprint plates that distribute the higher aerodynamic load across a greater area of the trunk lid structure. Reinforced mounting plates are supplied and installed as part of the wing assembly. Aventador S (MY2017+) uses different trunk geometry — the Mansory S programme covers that model. Factory deployable spoiler removal is required (blanking panel supplied).

Installation & Reversibility

Installation requires a workshop lift, two to three technicians, and approximately 4–5 hours including mounting plate installation, wing alignment, standoff bolt engagement, and angle setting torque. The wider standoff base plates require the trunk lid's existing mounting boss pattern to be verified before installation — supply photographs of the trunk lid inner face for confirmation if the car has prior modification at this zone. Full reversibility — blanking panels restore the trunk lid to factory specification.

Pairing within the Mansory Aventador programme

The high performance wing pairs optimally with the designed diffuser for aerodynamic balance — at maximum angle the high performance wing generates rear-axle downforce significantly above the front axle contribution from the passive body kit alone. The diffuser's underbody Venturi contribution corrects this front-rear balance without requiring a dedicated front wing. The rear bridge adds a visual connection above the engine lid between the high performance wing's standoffs, completing the rear aero architecture as a unified visual system. The rear bumper air outtake covers complete the rear specification below the wing's visual plane.

Maintenance & Durability

The high performance wing's larger aerodynamic surface area creates correspondingly larger reaction loads at the trunk mounting points — the reinforced mounting plates are designed for this, but the mount torque should be verified after the first 1,000 km of use and annually thereafter. The wing element's larger chord is more susceptible to leading-edge chip damage from high-speed motorway debris than the narrower performance wing element — PPF on the leading edge from endplate to endplate is the recommended protective measure. The denser 12K UD primary structure is less permissive of impact damage than the standard performance wing's laminate — any leading-edge impact that creates visible marking should be inspected at the fitting workshop before the next high-speed use to confirm that the structural integrity of the primary bending layer is unaffected.

Lead Time & Warranty

Lead time from order is 5–7 weeks — including production of the reinforced mounting plates as matched components to the wing standoff assembly. Mansory provides a 12-month warranty against manufacturing defects including UD-layer delamination, mounting plate bolt-seat failure under rated load, lacquer voids, and profile angular deviation at any setting outside ±0.5 ° of the marked adjustment position.

FAQ

Q: How does the high performance wing downforce compare to the biplane at the same angle setting?
A: The biplane's dual-element design at maximum setting (130 kg at 200 km/h) exceeds the high performance wing's maximum (105 kg at 200 km/h) by approximately 25 %. The high performance wing's advantage over the standard performance wing (78 kg maximum) is approximately 35 % — positioning it as the middle tier in the programme's wing downforce hierarchy.

Q: Is the high performance wing significantly more visible at legally permitted following distances on public roads?
A: The wing's profile above the car's roofline is approximately 180 mm higher than the standard performance wing — a difference that is immediately apparent to following drivers and provides a clear visual signal of the car's aerodynamic specification without the explicit motorsport-class statement of the biplane.

Q: Do the reinforced mounting plates require any modification to the trunk lid structure?
A: The plates attach to the existing trunk lid mounting boss positions — no drilling or cutting of the trunk lid structure is required. The wider plate footprint distributes load across the existing boss pattern; the plates are shaped to clear any surrounding trim or structure.

Q: Is the high performance wing recommended over the biplane for Roadster variants?
A: Both wings fit the Roadster. The high performance wing is somewhat more popular for Roadster builds where structural visual complexity is reduced to complement the open-top aesthetic. The biplane on a Roadster creates a contrasting visual statement — structurally complex rear wing above an architecturally open cockpit — which some owners find dramatically appealing.

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