NRPI (NRP Stone) Margin of Safety % (DCF FCF Based): N/A (As of Jun. 25, 2026)


What is NRP Stone Margin of Safety % (DCF FCF Based)?

Margin of Safety % (DCF FCF Based) = (Intrinsic Value: DCF (FCF Based) - Current Price) / Intrinsic Value: DCF (FCF Based).

Note: Discounted FCF model is only suitable for predictable companies (Business Predictability Rank higher than 1-Star). If the company's Predictability Rank is 1-Star or Not Rated, result may not be accurate due to the low predictability of business and the data will not be stored into our database.

NRP Stone's Predictability Rank is Not Rated. Thus, the DCF related results in the screener and portfolio will appear as zero and Margin of Safety % (DCF FCF Based) is not calculated.

NRPI vs JADG, TWMC, JAN: Margin of Safety % (DCF FCF Based) Comparison

For the Aerospace & Defense subindustry, NRP Stone's Margin of Safety % (DCF FCF Based), along with its competitors' market caps and Margin of Safety % (DCF FCF Based) data, can be viewed below:

* Competitive companies are chosen from companies within the same industry, with headquarter located in same country, with closest market capitalization; x-axis shows the market cap, and y-axis shows the term value; the bigger the dot, the larger the market cap. Note that "N/A" values will not show up in the chart.

NRP Stone Margin of Safety % (DCF FCF Based) vs Aerospace & Defense Industry

For the Aerospace & Defense industry and Industrials sector, NRP Stone's Margin of Safety % (DCF FCF Based) distribution charts can be found below:

* The bar in red indicates where NRP Stone's Margin of Safety % (DCF FCF Based) falls into.


NRP Stone Business Description

Address 1090 Center Drive, Park City, UT, USA, 84098
NRP Stone Inc with its subsidiary, offers manufacturing & logistic services for brands & creators to build products in space. Its integrated services include in-space manufacturing, university research partnerships, and spaceflight mission operations. The recent initiatives include Training the first class of commercial astronauts, Advancing human adaptation studies through VR-based astronaut training providing university-led research in space science, materials, and human performance.