TRON’s stablecoin settlement business expanded during the third quarter of 2026, while the supply of its native TRX token increased every day from July 1 through October 16. According to data from TRON DAO Research, the blockchain added 125.8 million TRX in the third quarter and another 22.9 million over the first 16 days of October, after accounting for token burns.
During the third quarter, TRON recorded $2.2126 trillion in stablecoin settlement, representing a 5.1% increase compared to the second quarter. Combined USDT and USDD balances on the network reached $93.88 billion, up 5.5% from the previous quarter. However, TRON's network design allows stablecoin transfer volume and native token supply to grow independently.
Mechanics of Network Activity and Supply
TRON utilizes reusable resources—Bandwidth for recording bytes on the blockchain and Energy for executing smart contracts—to meter transaction size and computation. The dollar value of stablecoins moved in a transaction does not directly determine these costs. Users can obtain resources by staking TRX or through delegated allocations, and resources recover over a rolling 24-hour window without destroying the underlying staked tokens.
Token issuance is driven by consensus rewards, which pay block producers 8 TRX per block and provide 128 TRX per block for voter rewards. TRONSCAN records show that issuance exceeded token burns across all 92 days of the third quarter and the first 16 days of October, resulting in 148.6 million TRX added to the supply over the combined period. The net addition in the third quarter represented approximately 0.133% of an opening supply of about 94.850 billion TRX.
October Metrics and Supply Balance
During the October 1–16 window, token burns offset approximately 63.5% of new issuance. Average daily issuance stood at 3.916 million TRX, while daily burns averaged 2.486 million TRX, leaving a daily average gap of 1.430 million TRX.
To reach a supply balance during that 16-day period, aggregate burns would have needed to increase by 57.5%, or issuance would have needed to decline by 36.5%, assuming all other conditions remained constant. Achieving deflation would require burns to consistently exceed issuance over a given measured timeframe.
