Nyobolt: Company Profile
Cambridge battery specialist Nyobolt raises $60M at $1B valuation on fast-charging niobium-anode technology for warehouse AMRs, with Symbotic as sole named customer.
- $60M Series C raised (May 2026) Led by Symbotic; $1B valuation
- ~$161M Total funding raised to date Across Series A, B, and C
- 5x Year-over-year revenue growth Company-reported at Series C close; absolute figures undisclosed
- 119 Employees As of Series C announcement
- HQ
- Cambridge, UK
- Founded
- 2019
- Employees
- 119
- Segments
- Infrastructure
- Products
- High-power battery packs for AMRs and humanoid robots·Integrated energy modules with power electronics·AI data center power solutions
- Competitors
- Sila Nanotechnologies·Anaphite·NanoOne
Nyobolt Bets Its $1B Valuation on a Single Proposition: Robots That Never Wait to Charge
Cambridge-rooted battery specialist Nyobolt has raised $60M at a $1 billion valuation on the strength of one deployable product, one named anchor customer, and a performance claim that — if independently validated — would materially shift the economics of high-utilization autonomous mobile robots. The company's trajectory from EV demonstration vehicle to warehouse AMR power supplier to prospective AI data center infrastructure provider is either a coherent technology pivot or a search for product-market fit still in progress. The Symbotic relationship, which simultaneously anchors Nyobolt's revenue and its Series C, is the variable that determines which interpretation is correct.
Business Overview
Founded in 2019 by CEO Dr. Sai Shivareddy and Prof. Clare Grey — a battery materials scientist at the University of Cambridge — Nyobolt has raised approximately $161M in total funding across three rounds. The Series C, closed May 2026, was led by Symbotic and joined by IQ Capital, Latitude, Scania Invest, and CBMM, a Brazilian niobium producer whose strategic interest signals the centrality of niobium-based anode chemistry to Nyobolt's IP position.
Symbotic is simultaneously Nyobolt's anchor customer, its Series C lead investor, and its primary proof point.
The company employs 119 people and is headquartered in Cambridge, UK. Revenue figures are not publicly disclosed, but the company reported fivefold year-over-year growth at the time of the Series C announcement — growth from an undisclosed and likely modest base. A January 2025 cash runway warning, reported by UKTN, preceded the Series B by three months, indicating that the company's financial position remains sensitive to funding cadence. (MODERATE CONFIDENCE on financial trajectory.)
Technology
Nyobolt's core differentiation is a proprietary niobium-based anode material that enables charge rates and cycle life not achievable with conventional lithium-ion chemistries. The company claims 0–80% charge in under five minutes, power response latency below 1 millisecond, and cycle life at least 10 times that of traditional lithium-ion in target duty profiles.
The product deployed in Symbotic's SymBot AMRs reportedly delivers 6x the energy capacity of the ultracapacitors it replaced and reduces pack weight by 40%. Nyobolt differentiates from pure materials peers — including Sila Nanotechnologies, Anaphite, and NanoOne — by integrating proprietary cells with power electronics into a system-level module, which raises switching costs for customers and captures more value per unit.
All performance figures are company-reported. No independent third-party validation data is publicly available. (LOW CONFIDENCE on absolute performance claims; MODERATE CONFIDENCE on directional advantage over standard Li-ion in fast-charge applications.)
| Metric | Nyobolt Claim | Baseline |
|---|---|---|
| Charge time (0–80%) | <5 minutes | ~30–60 min (standard Li-ion AMR) |
| Power response latency | <1 ms | N/A (ultracapacitor parity) |
| Cycle life vs. traditional Li-ion | ≥10x | 1x (reference) |
| Energy capacity vs. prior ultracapacitors | 6x | 1x (Symbotic SymBot reference) |
| Weight vs. prior ultracapacitors | –40% | 1x (Symbotic SymBot reference) |
Market Position
Nyobolt's primary deployed market is warehouse automation AMRs, with Symbotic as the sole named production customer. A second engagement — with an unnamed humanoid robotics developer — is in development, with no disclosed timeline or volume. A May 2026 MoU with the state of Rajasthan, India, targets more than 100 MW of off-grid AI data center deployments; this represents intent, not contracted revenue.
Tracxn ranks Nyobolt third among 25 active competitors in advanced battery technology by competitive score, with the second-highest total funding in that peer set. The competitive set includes well-capitalized materials startups and established chemistries — lithium titanate (LTO) and LFP variants — that already offer high cycle life at proven manufacturing scale.
The core risk is customer concentration. Symbotic is simultaneously Nyobolt's anchor customer, its Series C lead investor, and its primary proof point. A slowdown in Symbotic's own warehouse automation deployments — or any deterioration in that relationship — would have an outsized impact on Nyobolt's revenue and valuation narrative.
Outlook
Three catalysts would materially de-risk Nyobolt's current position: disclosure of a second named robot OEM customer, publication of independent cycle life and TCO validation data, and conversion of the Rajasthan MoU into contracted deployments. Absent these, the $1B valuation rests on a single customer relationship, fivefold growth from an undisclosed base, and performance claims that remain self-reported.
For procurement officers evaluating Nyobolt batteries for high-duty-cycle AMR fleets, the Symbotic deployment provides a meaningful reference point — but the absence of third-party validation data and the company's manufacturing scale-up status warrant qualification testing before volume commitment. For investors, the Series C terms and the Symbotic strategic alignment suggest the next 18 months will determine whether Nyobolt's narrow moat widens into a defensible position or remains a single-customer dependency at an ambitious valuation.