Rejection

In practice

EUR/USD spikes up to 1.1100 resistance but cannot hold and closes the candle back at 1.1080, leaving a long upper wick. That wick is rejection — sellers defended the level and shoved price back down, the same mechanism that shapes a shooting star.

Why it matters for traders

Rejection is the most direct evidence that a level held or failed, because it shows real order flow fighting at that price. Traders who read wicks as rejection — rather than just noise — get early warning of turns that candlestick patterns merely formalise, often before a full pattern has closed.

Common pitfall

The pitfall is over-interpreting every wick as rejection. A wick only matters as rejection when it forms at a level that means something; a random long wick in a quiet range is just noise. Always pair rejection with location — support, resistance, a zone — and ideally with confirmation on the next candle. Reading every wick as a signal leads to constant low-quality trades; reading wicks only at key levels turns them into a real edge.

Putting it in context

Price action concepts like this one work because they describe what buyers and sellers actually did, rather than what an indicator derived from those prices suggests. Used well, they anchor decisions in structure: clear levels where other participants are likely to act again. The skill that takes time is judging which structures matter on the timeframe you trade — a level obvious on the daily chart is usually significant, while most five-minute structures are noise. Mark your levels before the session, wait for price to reach them, and only then look for a signal. Trading every minor formation without that location filter is the most common reason beginners conclude price action 'doesn't work.'

Lessons that use this term

• The Doji family

  Standard, Dragonfly and Gravestone doji — three shapes of indecision and rejection.

• Rejection vs confirmation

  Why a pattern is never a trade until the next candle closes.

• Breaker, mitigation & rejection blocks

  What breaker, mitigation and rejection blocks are, how each differs from a plain order block, what a failed block signals, and a side-by-side comparison summary.

Related terms