Basis: Latest reported fiscal year. Source: stored company filings and market data; unavailable inputs remain N/A.
The forward PE ratio is N/A as of Sunday, August 23, 2026.
Forward PE Ratio (N/A) = Close Price ($14.28) / Consensus Forward EPS ($-1.21)
FORWARD PE RATIO
N/A
Methode Electronics, Inc.
Market Cap
$506.54M
Forward PE Ratio
N/A
| NAME | MARKET CAP | FORWARD PE RATIO |
|---|---|---|
| Methode Electronics, Inc. (MEI) | $506.54M | N/A |
| BTQ Technologies Corp. Common Stock (BTQ)vs › | $499.07M | N/A |
| Nano Dimension Ltd. (NNDM)vs › | $324.18M | N/A |
| Duos Technologies Group, Inc. (DUOT)vs › | $304.88M | 9.30 |
| One Stop Systems, Inc. (OSS)vs › | $282.37M | N/A |
| HIVE Digital Technologies Ltd. (HIVE)vs › | $829.12M | N/A |
| Nano Labs Ltd (NA)vs › | $134.67M | N/A |
| LightPath Technologies, Inc. (LPTH)vs › | $905.42M | N/A |
| MicroVision, Inc. (MVIS)vs › | $38.76M | N/A |
| Intelligent Protection Management Corp. (IPM)vs › | $16.81M | 20.67 |
Trailing P/E
N/A
reported TTM EPS
Forward P/E
N/A
consensus next-FY EPS
At today's $14.28 close, each upcoming fiscal year's consensus EPS implies a different multiple — how quickly the price is "paid down" by expected earnings if the estimates hold.
| Fiscal year end | Consensus EPS | Estimate range | Analysts |
|---|
PE Ratio = Share Price / Diluted EPS (TTM)
The price-to-earnings ratio measures how much investors pay for each dollar of trailing earnings. A lower PE can indicate a cheaper valuation; a higher PE implies higher growth expectations.
Expanded definitions: Investopedia, Wikipedia, Corporate Finance Institute
| Implied P/E |
|---|
| 2027-05-02 | $-0.47 | $-0.48 – $-0.46 | 1 | n/m |
| 2028-05-02 | $0.27 | $0.26 – $0.27 | 1 | 52.9x |
Source: FMP analyst consensus estimates, refreshed with the daily precompute. "n/m" = the consensus EPS is not positive, so a multiple is undefined. There is no forward P/E history chart here because charting one would require the estimates as they stood in the past, which we do not store — see the trailing P/E history for how the realized multiple has moved.
