14JUN

NewOrbit raises $18.5m for very low orbit

3 min read

16:35UTC

NewOrbit Space closed an oversubscribed $18.5m Series A to build satellites for the 150-250km band most operators have avoided for sixty years.

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Key takeaway

NewOrbit raised $18.5m to fly satellites lower than almost anyone, trading constant drag for sharper images.

NewOrbit Space closed an oversubscribed $18.5m Series A on 8 June, taking total funding to $27.8m, led by Voyager Ventures ¹. Among its angels are David Kirk, Nvidia's former chief scientist, and Lawrence Leuschner, who co-founded the Tier Mobility scooter business.

The company is chasing VLEO (very low Earth orbit), the 150-to-250km band largely left alone for sixty years because atmospheric drag pulls satellites down. Fly that low and Earth-observation images sharpen while signal latency drops, the trade NewOrbit is betting customers will pay for. Holding a satellite in that band means fighting drag continuously, which is the engineering problem the round is meant to solve.

The cash funds a first mission and the NEO Production Complex, a UK satellite factory due to open in 2027 ². At $18.5m, the raise is a fraction of the nine-figure rounds dominating UK tech headlines this week, set against the wider capital surge Lowdown tracked into 2026 . NewOrbit is a capital-efficient bet on a hard physics problem rather than a land-grab for scale.

Deep Analysis

In plain English

Most commercial satellites orbit at 400-600km above Earth. NewOrbit Space plans to operate much lower, at 150-250km altitude, which is called very low Earth orbit or VLEO. At that height, satellites are closer to what they are photographing or communicating with, which means sharper images and faster signals. The downside: at that altitude, there is enough remaining atmosphere to drag satellites back towards Earth faster, so they need replacing more often or require extra fuel to maintain their position. On 8 June 2026, NewOrbit raised $18.5m in a Series A round led by Voyager Ventures, taking total funding to $27.8m. The company plans to build a satellite factory in the UK, called the NEO Production Complex, opening in 2027. David Kirk, NVIDIA's former chief scientist, invested as an individual.

Source Landscape

This story draws on neutral-leaning sources

Primary parallel: Planet Labs chose 475-550km for its Dove constellation because atmospheric drag at that altitude allows a four-year satellite life without active propulsion, enabling a replacement-economics model rather than a propulsion-technology model. NewOrbit at 150-250km is choosing a technically superior orbit for resolution and latency, but betting against Planet's propulsion-avoidance strategy, which was the dominant commercial small-satellite design philosophy from 2014 onwards.

Counter-parallel: Starlink's initial deployment at 550km, followed by SpaceX testing at 340km for the Gen 2 system, shows that the commercial viability calculation for lower orbits changes with propulsion cost. SpaceX's Starship reusability reduced launch cost per kg by 80%, which changes the replacement economics for VLEO operators.

NewOrbit's UK-based NEO Production Complex satellite factory, planned for 2027, suggests a manufacturing-economics model rather than a propulsion-technology model: if you can build satellites cheaply enough, VLEO's shorter replacement cycle becomes a business advantage rather than a liability.

The $18.5m Series A is modest by comparison to Orbital Industries' $50m Series B and to BioOrbit's £9.8m seed, which was the largest in-space manufacturing seed globally when it closed in April 2026.

NewOrbit's capital efficiency relative to its VLEO ambitions requires a manufacturing-economics model to work. If the NEO Production Complex can produce satellites at significantly below the current $500,000-1m per small-satellite market benchmark, the higher replacement rate at 150km altitude becomes affordable. That factory opens in 2027, meaning the thesis remains untested for at least 12-18 months after this Series A closes.

Consensus view: The UK Space Agency's Space Sector Jobs and Skills report (2025) and the European Space Agency's New Space Economy Monitor both identify VLEO (very low Earth orbit, 150-250km altitude) as the only commercially viable altitude for sub-metre-resolution Earth observation below a commercially meaningful latency threshold, because at 500km-plus (where most commercial constellations operate) the ground resolution available without active optics is insufficient for precision agriculture, infrastructure inspection and urban planning applications.

Counter-view: Payload Aerospace's 2026 small satellite market report notes that VLEO's primary technical limitation, atmospheric drag requiring constant re-boost, demands either high-efficiency propulsion or very frequent spacecraft replacement.

At 150km, atmospheric drag is 100-1000 times greater than at 400km. No commercial operator has yet sustained a continuous VLEO constellation through a full Orbital decay cycle, meaning NewOrbit's operational assumptions are unvalidated at commercial scale.

Key tension: Whether NewOrbit's propulsion solution can hold constellation altitude without replacement frequency that erodes the unit economics advantage that justifies the VLEO bet.

Sources:SpaceNews

Mentions:Servier Ventures →Planet Labs →Starlink →Lawrence →European Space Agency →SpaceX →Starship →UK Space Agency →Nvidia →NewOrbit Space →David Kirk →NEO Production Complex →VLEO →Lawrence Leuschner →

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Update #8 · London startup raises Britain's own AI model

SpaceNews· 14 Jun 2026

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