March 8, 2014.
Malaysia Airlines Flight MH370 took off from Kuala Lumpur, headed for Beijing with 239 people on board. Less than an hour into its journey, it vanished from radar. No distress call. No confirmed crash site. Only silence.

Over the next decade, MH370 would become one of the most haunting aviation mysteries in modern history.

Search teams spent over $200 million combing vast swaths of the Indian Ocean. They found fragments—wing parts, a flaperon—but not the fuselage, and certainly not the truth.

Until now.

Enter Richard Godfrey: The Man Who Says He Knows

In late 2021, Richard Godfrey, a retired British aerospace engineer with a background in aircraft systems and software, stepped into the mystery with a bold claim:

“I know where MH370 is. And I can prove it.”

At first, few took notice. After all, hundreds of theories had circulated over the years—from hijacking and depressurization to cyberhacks and military shoot-downs.

But Godfrey’s approach was different.
Radically different.

Godfrey’s method relied on a little-known radio signal detection network called WSPR (Weak Signal Propagation Reporter). It’s used by amateur radio operators around the world to monitor long-range transmissions by tracking how signals “bounce” across the atmosphere.

Here’s how it works:

Every day, thousands of radio transmissions travel between stations around the globe.

Aircraft, especially large ones like MH370, can disrupt these signals as they move through the sky.

By analyzing disruptions in historical WSPR logs, Godfrey believed he could reconstruct MH370’s path in the hours after it lost radar contact.

“It’s like a tripwire network,” Godfrey explained.
“Every time the plane passed through a signal path, it left a fingerprint.”

The Coordinates That Could Solve Everything

Using WSPR data in combination with Inmarsat satellite communications (already known to have pinged MH370 during its final hours), Godfrey reconstructed what he claims is the most accurate flight path to date.

His conclusion?
MH370 lies at the bottom of the ocean near 33.177°S, 95.300°E, a remote area in the southern Indian Ocean, roughly 1,933 km west of Perth, Australia.

It’s an area not fully searched during previous efforts.

The technology and methodology behind Godfrey’s research simply didn’t exist—or wasn’t applied—in 2014.

International search teams relied on Inmarsat satellite data, drift analysis from recovered debris, and ocean floor mapping. But none of them tapped into the WSPR network, which had quietly been collecting data every 10 minutes for over a decade.

Godfrey’s breakthrough?
He connected the dots between passive global radio transmissions and aircraft movement—something no one else had seriously attempted.

The Response: Hope, Skepticism, and Global Pressure

Godfrey’s findings quickly gained international attention.

Some aviation experts praised the innovation, calling the theory “technically plausible” and “worthy of further investigation.”

Others were more skeptical, citing the unproven nature of WSPR-based tracking and the difficulty of validating signal disruptions caused specifically by MH370.

But what can’t be ignored is the level of precision in Godfrey’s data—and the consistency with the last known pings from Inmarsat.

In 2022, Godfrey partnered with scientists and researchers across Germany and Australia to release a full technical report, inviting third-party verification. His data is open-source, meaning any qualified agency can replicate it.

With Godfrey’s coordinates in hand, many are now calling for a renewed deep-sea search, especially with new autonomous submersible technology available.

Even Ocean Infinity, the marine robotics company involved in previous MH370 search efforts, has expressed interest in revisiting the area—if credible new data supports it.

And Godfrey’s data may be the most credible lead the world has seen in a decade.

The Families: Cautiously Hopeful

For the families of the 239 passengers and crew, the last 11 years have been filled with grief, uncertainty, and crushing silence.

Many have welcomed Godfrey’s discovery with a mix of hope and hesitation. “We’ve been disappointed before,” said Grace Nathan, daughter of MH370 passenger Anne Daisy. “But if there’s even a chance… we need to look.

The disappearance of MH370 has remained one of the greatest unsolved aviation tragedies in history. But with Richard Godfrey’s groundbreaking use of WSPR technology, the world may finally be closer to real answers.

If the data holds true—and if officials act—the final resting place of MH370 could soon be revealed.

And with it, long-overdue closure for hundreds of families still waiting for the moment when mystery becomes truth.