XSPI Short Volume

NEOS Boosted S&P 500 High Income ETF (XSPI) operates in the Financial Services sector, specifically the Asset Management industry, with a market capitalization near $8.2M, listed on NASDAQ, carrying a beta of 0.00 to the broader market. The NEOS Boosted S&P 500 High Income ETF (the “Fund”) seeks to boost performance by generating high monthly income in a tax efficient manner with the potential for enhanced equity appreciation in rising markets. Led by Oktay Kavrak, public since 2026-02-03.

Short volume measures the number of shares sold short on a given day as reported by FINRA. Tracking short volume relative to total volume helps identify unusual bearish sentiment or short-squeeze potential.

Latest Date
2026-06-01
Short Volume
39.8K
Total Volume
73.6K
Short %
54.06%
30-Day Avg Short %
53.57%

Showing 30 days of FINRA short volume data for NEOS Boosted S&P 500 High Income ETF.

Learn how short volume is reported and how to read the data →

Frequently asked XSPI short volume questions

What is the daily XSPI short volume?
As of Jun 1, 2026, NEOS Boosted S&P 500 High Income ETF (XSPI) short volume is 39.8K shares against 73.6K total reported volume, or 54.06% short-side. Short volume measures shares sold short during the day; it is flow, not inventory.
How is XSPI short volume reported?
FINRA publishes the Daily Short Sale Volume File for trades reported to FINRA TRFs and the FINRA/Nasdaq ADF on a T+1 basis. The headline figure is the count of shares that printed at the short-sale or short-exempt tick across all reporting venues for the symbol; each exchange separately publishes its own daily short-sale data file.
What does XSPI short volume tell options traders?
Daily short-sale flow is one input that helps disambiguate dealer-hedging activity from directional bear flow when the chain shows fresh customer call inventory. It is not a clean MM-only proxy: the headline number mixes directional shorting, options-MM delta-hedging, ETF-creation arbitrage, and convertible-arb hedging. Cross-check against gamma-exposure and OI changes for a cleaner read.