In 2007, over steak and iced tea at the X Prize Cup, Granger Whitelaw was carrying a digital camera full of evidence. His rocket-powered aircraft had flown three times the day before at Mojave. The flights lasted seconds. The celebration lasted long enough for a reporter to notice: Whitelaw gave a small whoop that turned heads around the room.
The airplane had two names. Officially it was Thunderhawk. At home it was Bam Bam, after Whitelaw's eight-year-old son. That mixture of polished spectacle and personal exuberance has followed him through a career whose itinerary reads like a stack of magazines left in an airport lounge: Manhattan art, IndyCar, finance, digital commerce, Vietnam, public companies, rocket aircraft and, now, autonomous robots on the ocean floor.
In May 2026, Impossible Metals appointed Whitelaw its chief executive. Founder Oliver Gunasekara moved aside as the marine-technology company entered a new phase. Its vehicles use artificial intelligence, computer vision and robotic arms to identify and selectively collect polymetallic nodules. The company says its approach can disturb less sediment than dredging systems and gather environmental data while it works. Those are claims that commercial operations, regulators and scientists will ultimately measure. Whitelaw's assignment is to build the machinery around the machinery.
A childhood with revs in it
Whitelaw says he was born in Michigan during an early October snow in 1966. His father celebrated by going to the racetrack. The family soon returned to Vail, Colorado, then moved through Los Angeles and St. Louis. Racing entered early. Bob Lazier, father of future Indianapolis 500 winner Buddy Lazier, taught the boys to ride motorcycles in Vail. Whitelaw would later turn that childhood connection into a working partnership.
Before business school, there was the Army. After training at Fort Benning, Whitelaw joined the United Nations Command Honor Guard in Seoul. He guarded facilities, took part in ceremonies and protected the commanding general. His favorite memory is less martial: permission to set up an eight-piece drum kit on the parade ground and play as soldiers in dress uniform marched past. Few executive origin stories come with their own percussion section.
He returned to the United States for the University of Minnesota, studying international trade and marketing from 1985 to 1989. Minneapolis introduced him to art. New York supplied the voltage. He moved to SoHo when Keith Haring, Jean-Michel Basquiat and Jasper Johns were active presences in the city's art world, and became a partner in Angers-Whitelaw & Co. The art market fell; Whitelaw went to Washington, worked in film production and home improvement, then made his way back to New York.
The pit lane was the classroom
In the 1990s, Whitelaw formed a racing sponsorship and marketing business. His partnerships placed him alongside Buddy Lazier's 1996 Indianapolis 500 victory with Hemelgarn Racing and Eddie Cheever's win in 1998. The precise description matters: Whitelaw was a partner and team participant, not the driver taking the checkered flag. His work was assembling sponsorship, commercial support and the relationships that let the car reach the grid.
That is a useful apprenticeship for a frontier operator. A race car is the visible object, but a race is an ecosystem of mechanics, fuel, timing, rules, broadcast, sponsors and fans. The glamorous machine depends on an unglamorous operating stack. Whitelaw would carry that lesson into a stranger form of motorsport.
He met XPRIZE founder Peter Diamandis through TrendSphere, the technology-leader think tank Whitelaw co-founded in 2001. Together with engineer Michael D'Angelo, they began developing Rocket Racing League. The concept sounded like a child had won a zoning meeting: rocket-powered airplanes would race through a three-dimensional course, making brief powered climbs and long, strategic glides.
The details were wonderfully specific. WIRED reported that each pilot would manage only four minutes of boost during a race expected to last an hour or more. Ground crews would refill liquid oxygen in minutes. On the Holloman Air Force Base tarmac in 2007, the prototype still carried a propeller engine, and its cabin wore snakeskin-accented upholstery. Whitelaw had gathered teams led largely by former fighter pilots. He was selling software, aircraft, sporting rules and a little Top Gun theatre in one package. Even the quiet gliding periods were part of the drama: speed was rationed, so judgment could become visible.
Yet the patents reveal how seriously the group treated the viewing problem. Pilots would fly through virtual gates plotted by GPS. Spectators would see digital markers overlaid on live action. Remote players could race virtual aircraft against the real machines. Telemetry, cameras and rapid refueling were part of the proposed network. Years before augmented reality became a boardroom phrase, they were trying to put it over an airfield.
The frontier needs more than a machine
Rocket Racing League flew prototypes and demonstrated technology, but the scheduled seasons never became a lasting circuit. The gap between a successful flight and a functioning sport proved vast. The venture nevertheless produced intellectual property, including a granted U.S. patent for rocket-powered vehicle racing competition, and a vivid lesson about the distance between demonstration and institution.
The less photogenic second act
Whitelaw's next decades were less cinematic and more corporate. His work moved across consulting, media and technology. He led The Vietnam Group, an advisory business in Ho Chi Minh City. In July 2023, GoLogiq appointed him CEO to oversee its financial-services strategy and acquisitions. In March 2024, he became CEO and a director of Recruiter.com Group during a restructuring that included selling the Recruiter.com website and repaying senior debt. The company later became Nixxy; Whitelaw left its board in December 2024.
These assignments sit far from a rocket plume, but they sharpen the through-line. Whitelaw gravitates toward companies at the moment their identity is being renegotiated. The work is translation: convert an assortment of assets into a strategy, convert a prototype into a category, convert a big idea into terms that boards, investors, partners and regulators can act upon.
Now the race is underwater
Polymetallic nodules are compact rocks containing nickel, cobalt, copper and manganese. They sit exposed on parts of the deep seabed. The argument over collecting them is correspondingly immense. Supporters see a potential supply of materials for batteries, electronics and defense. Critics warn that deep-ocean ecosystems remain poorly understood and that industrial activity could cause damage difficult to reverse or even observe.
Impossible Metals' answer is selective collection. Its concept replaces a single large dredging system with fleets of autonomous underwater vehicles. The machines hover, identify nodules, manipulate individual objects and leave others in place. Environmental sensors are intended to document conditions as the fleet operates. It is a robotics proposition wrapped inside a mining proposition, then placed inside a regulatory and ecological debate.
That nesting is why Whitelaw's title comes with an architectural metaphor. On his appointment, he said Impossible Metals had solved the invention problem and now needed technical, operational and global architecture. Commercializing an underwater fleet means designing maintenance cycles, deployment logistics, communications, processing relationships, data standards, permitting strategies and economics. Every arrow in the diagram has to survive salt water.
The showman remains useful. Frontier technologies need narratives because most people cannot inspect the hardware, especially when it works kilometers below the surface. But deep-ocean credibility will demand more than a sharp comparison or a memorable animation. It will come from repeatable tests, transparent environmental evidence and operations that behave as described. Whitelaw's opportunity is to make the claims auditable.
There is a neat reversal in this latest chapter. Rocket Racing League worked hard to make invisible course markers visible to a crowd. Impossible Metals must make a remote ocean operation legible to people who may never see it. Both require telemetry. Both require rules. Both live or die by whether a spectacular machine can become a dependable system.
At 59, Whitelaw is still choosing industries with incomplete manuals. His own motto says that going nowhere is easy and running ahead is the test. The ocean, indifferent to slogans, will set a tougher examination. A robot has to descend, hover, see, choose, collect and return. Then it has to do it again. Somewhere between the whoop and the second successful run, an industry may begin.
His off-duty list makes the route feel less accidental. Public profiles name flying, boating, auto racing, golf, tennis, art and hot fudge sundaes among his interests. LinkedIn lists a private pilot license and a PADI Rescue Diver certification. The pilot and diver credentials now frame the territory of his work almost too neatly, sky above and water below. But the more telling habit is older: Whitelaw keeps gathering people around an idea, from childhood friends in racing to technologists in TrendSphere and engineers around a marine fleet. The machine changes. The table around it keeps getting larger.