US03214Q1085
US03214Q1085
Amprius Technologies, Inc.
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Company Profile
Amprius Technologies, Inc. develops, manufactures, and markets lithium-ion batteries for mobility applications. The company provides silicon anode lithium-ion batteries under the SiCore and SiMaxx product platforms. Its batteries are primarily used for existing and emerging aviation applications, including unmanned aerial systems, such as drones and high-altitude pseudo satellites. The company was founded in 2008 and is headquartered in Fremont, California.
Latest News
MT Newswires • 10/05/2026
Update: Amprius Technologies Selects Caminus to Produce Drone Batteries in US
MT Newswires • 10/05/2026
Market Chatter: Amprius Technologies Selects Caminus to Produce Drone Batteries in US

Simply Wall St. • 10/04/2026
How US Defense-Funded Drone Battery Push At Amprius Technologies (AMPX) Has Changed Its Investment Story

MarketBeat • 09/30/2026
The Bull Case for Amprius Technologies Just Got Stronger

InvestorsHub • 09/28/2026
Amprius Technologies Shares Rise 11% After Securing Up to $75 Million Defense Grant
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Key Metrics & Overview
Detailed metrics & financial data of the company
Company Profile
5
MetricsCountry
Region
Sector
Industry
Website
🛡️ Risk & Structural Analysis
Multi-Factor Risk Model & Market Data
7/7 Very High
5Y Volatility
125.3% p.a.
Max Drawdown (5Y)
-94.5%
Sharpe Ratio (5Y)
-0.03
Beta Factor
2.35
Size Class
Small Cap
Notes & Warnings
Single Stock Risk: Investing in an individual stock carries full company and insolvency risk (no fund diversification).
Unprofitable business model: The company is currently generating net losses.
High market risk: Beta of 2.35 indicates above-average volatility compared to the broader market.
🔴 High valuation risk: Avg P/E of 94.4 (Elevated multiple compression risk)
Strong cyclicality: The business model is sensitive to economic downturns.
🔴 Low analyst coverage – higher uncertainty in growth estimates & projections
Structurally High Volatility: Above-average fluctuations persist across 5 to 10 years (125.3% p.a.).
Historical Stress Test: Maximum peak-to-trough drawdown of -94.5% in the extended horizon.