Hulme Can-Am Spyder: 20-Unit Kiwi Supercar That Nearly Launched

The Hulme Can-Am Spyder emerged as a daring venture into the elite world of supercars, crafted in New Zealand to pay homage to the nation’s sole Formula 1 world champion, Denny Hulme. This open-top roadster combined cutting-edge materials, immense power, and track-focused dynamics in a package weighing under 1,000kg, positioning it as a potential rival to established hypercars of its era.

Origins and Inspiration Behind the Hulme Project

Hulme Supercars Limited launched this ambitious initiative in the late 2000s, drawing direct inspiration from Denny Hulme’s illustrious career. Hulme, who triumphed in the 1967 F1 championship and dominated Can-Am series races, became the namesake for this machine. The project aimed to showcase New Zealand’s engineering prowess on the global stage, starting with a coupe version dubbed the F1 before evolving into the Spyder prototype.

Developers envisioned a limited-production run of just 20 units for the Spyder, ensuring exclusivity. The design philosophy mirrored Formula 1 influences, prioritizing lightweight construction and razor-sharp handling. Early prototypes appeared at high-profile events like the Goodwood Festival of Speed in 2010 and 2011, marking New Zealand’s first supercar entry into such prestigious gatherings.

Engineering Marvel: Chassis and Lightweight Build

At the heart of the Hulme Can-Am Spyder lay an innovative chassis blending carbon fiber, titanium, and Kevlar composites. This hybrid structure targeted a kerb weight of precisely 980kg, rivaling the agility of mid-engined sports cars like the Lotus Exige while delivering supercar thrust.

The body panels, also composite, contributed to the low mass without sacrificing structural integrity. Advanced crash absorption systems and a fully integrated ABS electronic aid were incorporated from the outset, addressing safety in a road-legal package. This setup promised F1-like responsiveness on public roads, with European low-volume approval enabling sales across most EU nations and beyond—excluding the US and Australia due to stringent regulations.

• Chassis materials: Carbon/titanium/Kevlar for optimal strength-to-weight ratio.
• Target weight: 980kg, enabling explosive acceleration.
• Safety features: Modern crash structures and ABS for road usability.

Powertrain: From LS7 to Supercharged LS9

The prototype showcased a mid-mounted Chevrolet LS7 V8 pumping out 600 horsepower, paired with a sequential six-speed gearbox for rapid shifts. This naturally aspirated 7.0-liter unit delivered ferocious performance in the lightweight tub, hinting at sub-three-second 0-60mph times.

Production intent shifted to the supercharged LS9 variant, boosting output to 700hp with reduced emissions compliance. Hand-built for precision, this powerplant would propel the Spyder to theoretical top speeds exceeding 220mph, blending American muscle with European refinement. The mid-engine layout optimized balance, enhancing traction and cornering poise.

Driving Dynamics and Prototype Impressions

Early drives revealed steering tuned for razor-sharp precision, described by engineers as delivering an “F1-style experience.” Initial sensitivity demanded adaptation, but it translated to intuitive control at speed. The wide, elongated stance evoked comparisons to the Caparo T1 and Lotus 340R, with the open cockpit amplifying the raw, visceral feel.

At Goodwood, the papaya-colored demo car tackled the hillclimb with authority, showcasing its potential. Journalists noted the direct steering and lightweight poise, though the project required revisions for broader market access. The sequential shifter enabled lightning-fast gear changes, complementing the V8’s broad torque band.

Design Aesthetics: Aggressive and Track-Ready

Visually, the Can-Am Spyder stood out with its minimalist, aggressive lines. The roofless spyder configuration exposed driver and passenger to the elements, emphasizing track-day usability. Wide arches housed large wheels, while aero-optimized vents and diffusers managed airflow for downforce and cooling.

The carbon-fiber expanse gleamed under light, underscoring the exotic materials. Interior focused on function: supportive seats, digital displays, and F1-inspired controls kept distractions minimal. This no-frills approach appealed to purists seeking unadulterated performance over luxury.

Challenges in Certification and Market Entry

Securing approvals proved arduous. European small-series certification was the goal, validating road use in 27 EU states and accepting regions. However, US crash and emissions standards, plus Australia’s rigorous tests, blocked those key markets. Hulme pursued revisions post-Goodwood to widen appeal, but funding and regulatory hurdles mounted.

Building from scratch in New Zealand amplified difficulties—supply chains, testing facilities, and investor confidence all posed barriers for a startup tackling a 700hp supercar.

The Fate of the Hulme Can-Am Spyder

Despite prototypes and buzz, full production never materialized. At least one running car existed, demonstrated publicly, but the project faded. Hulme’s website lingers with outdated renders, a relic of unfulfilled ambition. Factors included economic shifts, certification delays, and the niche market’s volatility.

Today, the Spyder remains a fascinating “what-if”—a testament to Kiwi ingenuity that pushed boundaries but couldn’t conquer commercial realities.

Legacy and Influence on Modern Supercars

The Hulme project influenced lightweight, high-power roadsters that followed. Its carbon-composite ethos prefigured cars like the McLaren P1 and Koenigsegg models. For enthusiasts, it symbolizes bold underdog stories in supercar lore, much like Hulme’s own racing triumphs.

Performance Projections and Comparisons

• 0-60mph: Under 3 seconds estimated.
• Top Speed: Over 220mph targeted.
• Power-to-Weight: ~714hp/tonne with LS9.

Compared to contemporaries:

FAQs

What engine powered the Hulme Can-Am Spyder prototype?

The prototype used a 600hp Chevrolet LS7 V8, with plans for a 700hp supercharged LS9 in production.

Why was production never launched?

Regulatory challenges, funding issues, and market difficulties prevented scaling from prototypes.

How many units were planned?

Only 20 Spyder examples were slated for build, emphasizing rarity.

Is the Hulme Can-Am Spyder road-legal?

Targeted European low-volume approval for road use in EU and select countries.

Where was the Hulme Supercars based?

New Zealand, honoring local F1 hero Denny Hulme.