Ape Always Prefers Leverage $AAPL
59
PumpScore 59/100 Grade C
Ape Always Prefers Leverage (AAPL) currently holds a PumpScore of 59/100 - a Grade C read on its Solana market structure. It launched on Pump.fun 25 min ago and shows thin liquidity of $2K with $391K traded in the last 24 hours.
What makes up the score
On the strength side, trade participation leads at 100/100. On the risk side, volume vs liquidity lags at 0/100.
Liquidity depth29
Liquidity vs market cap100
24h trading volume100
Healthy turnover55
Buy / sell balance96
Trade participation100
Survival time2
Market-cap tier15
Price stability89
Volume vs liquidity0
Price
$0.00000193
Market Cap
$1.9K
24h Volume
$391K
Liquidity
$2K
24h Change
-97.83%
24h Buys / Sells
4.9K / 4.3K
Tip Want more eyes on your launch? A Pump.fun volume booster helps generate volume and momentum for newly launched Pump.fun tokens.
Contract
FTwhPMU5j3y3JWwQ56ZFswX11xTncvJDswSRk4zxpump
Common questions about Ape Always Prefers Leverage
How is AAPL rated on PumpScore?
Ape Always Prefers Leverage (AAPL) has a PumpScore of 59/100 - Grade C, mixed - as of Sep 10, 2026 06:08. The rating is built from 10 live on-chain signals such as liquidity, volume, buy/sell balance and survival time.
Is Ape Always Prefers Leverage volume real?
Volume looks heavy at $391K. Because outsized volume on thin liquidity can signal wash trading, that ratio feeds directly into the 59/100 score for Ape Always Prefers Leverage.
How much liquidity does Ape Always Prefers Leverage have?
AAPL shows $2K in its pool (thin depth). Deeper liquidity relative to the $1.9K market cap generally means steadier prices and lower rug risk.
Is AAPL a good investment?
PumpScore does not give buy or sell advice. A 59/100 grade describes mixed market structure for Ape Always Prefers Leverage, not its future price. Newly launched tokens are speculative - only risk what you can lose.
Why does Ape Always Prefers Leverage score 59?
The main driver of the AAPL score is trade participation (100/100); the main drag is volume vs liquidity (0/100). Each signal is weighted and combined into the 59/100 total.
