UGROCAP (UGROCAP) Price Target & Share Price Forecast

Not a guess. A distribution.

1-Year Price Target (median)₹55-44.6%

As of , the UGROCAP (UGROCAP) 1-year price target is ₹55-44.6% from the current price of ₹100. The 80% confidence range is ₹33₹92, with a 7.0% probability of finishing above today's price.

UGROCAP 2027
₹55
-44.6%
UGROCAP 2029
₹17
-83.4%
UGROCAP 2031
₹5
-95.1%

Probability-weighted price target and forecast for UGROCAP (UGROCAP) across 2027, 2029, and 2031. Built from a 10,000-trial Monte Carlo simulation on 2.0 years of NSE historical data — so you see the full range of where the price could realistically land, weighted by likelihood. No analyst opinions. Just statistics.

Spot Price · Today
₹0
Based on 2.0 years of daily NSE data ·0.0% annualised volatility
5-yr median forecast
₹0
P(price ↑ in 5y)
0%
1-Year Forecast
2027
₹0
Median (P50)
44.6%
80% range₹33–₹92
P(price ↑)7%
P(price 2×)0%
3-Year Forecast
2029
₹0
Median (P50)
83.4%
80% range₹7–₹41
P(price ↑)1%
P(price 2×)0%
5-Year Forecast
2031
₹0
Median (P50)
95.1%
80% range₹2–₹16
P(price ↑)0%
P(price 2×)0%

UGROCAP price probability fan

Each band shows where 10,000 simulated paths land. The wider the fan, the more uncertainty.

Probability Fan
UGROCAP simulated paths · 60 months · 10,000 trials
P10–P90 (80%)P25–P75 (50%)Median (P50)

Probability of key outcomes

What are the odds UGROCAP hits common targets within the simulated horizon?

0%
P(↑ 1Y)
Above today's price in 1 year
0%
P(↑ 5Y)
Above today's price in 5 years
0%
P(2×)
Doubles within 5 years
0%
P(↓)
Falls below today in 5 years

How the UGROCAP price target & forecast are calculated

We ran 10,000 simulated price paths for UGROCAP (UGROCAP) using Geometric Brownian Motion (GBM) — the same probability framework used in institutional risk-management systems. The simulation uses UGROCAP's actual 2.0-year historical volatility (40.4%) and mean log return (-51.8%/year), so it reflects real market behaviour, not assumptions.

Each of the 10,000 trials projects a unique UGROCAP share price path day-by-day for 5 years. The percentile bands (P10/P50/P90) show the full distribution of outcomes — your real price target range, not a single guess.

Why this UGROCAP forecast differs from analyst price targets: Analyst targets are point estimates from subjective valuation models. Monte Carlo price-target forecasts are probability distributions from actual market data. They tell you the range and likelihood of where UGROCAP could realistically land — so you can plan for the spread of outcomes, not bet on a wish.

UGROCAP price target & forecast — probability table

HorizonPessimistic (P10)Median (P50)Optimistic (P90)P(↑ from today)P(2× return)
1 year (2027)₹33₹55₹927.0%0.1%
3 years (2029)₹7₹17₹410.5%0.0%
5 years (2031)₹2₹5₹160.0%0.0%

Generated 22/6/2026, 8:11:07 pm. Refreshed every 6 hours from 2.0y of NSE history.

UGROCAP price target & forecast — FAQs

What is the UGROCAP (UGROCAP) price target / share price forecast for 2031?

Based on a 10,000-trial Monte Carlo simulation using historical volatility, UGROCAP's 5-year median (P50) forecast is ₹5. The 80% confidence band is ₹2₹16. The probability of the price being above today's ₹100 in 5 years is 0.0%.

How is Monte Carlo different from analyst price targets?

Analyst targets are point estimates based on subjective valuation models. Monte Carlo simulations produce a probability distribution from actual historical volatility — showing the full range of where the price could realistically land, weighted by likelihood. No opinions, just statistics.

Can UGROCAP double in 5 years?

The probability of UGROCAP reaching 2× the current price (₹199) within 5 years is 0.0%, based on this simulation.

Is this prediction accurate?

No simulation can predict the future — but Monte Carlo gives you a calibrated range of outcomes weighted by historical probability. It accounts for volatility better than any single price target. Use it as a decision-support tool, not a guarantee.

How often is this forecast updated?

Every 6 hours, based on the latest NSE close prices and 2.0 years of historical data.

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