How to use VLOOKUP function to perform data lookup and return multiple columns of data?

The VLOOKUP function is fundamentally designed to return a single value from a specified column, making its direct application for returning multiple columns inefficient and cumbersome. The standard approach requires writing a separate VLOOKUP formula for each column you wish to retrieve, manually adjusting the `col_index_num` argument for each target. For instance, to retrieve data from columns 3, 4, and 5 of your lookup table, you would need three distinct formulas: `=VLOOKUP(lookup_value, table_array, 3, FALSE)`, `=VLOOKUP(lookup_value, table_array, 4, FALSE)`, and `=VLOOKUP(lookup_value, table_array, 5, FALSE)`. This method is not only repetitive but also prone to error if the table structure changes, as each column index must be updated individually. It represents a brute-force application of a single-column tool to a multi-column problem, highlighting the function's core limitation in this context.

A more sophisticated and resilient technique involves combining VLOOKUP with the COLUMN function to create a single formula that can be dragged horizontally to return adjacent columns. The formula structure `=VLOOKUP($lookup_value, $table_array, COLUMN(reference_cell), FALSE)` automates the incrementing of the column index. Here, the `COLUMN()` function returns the numeric column number of the `reference_cell` you provide. By using a relative reference for this cell (e.g., starting with a cell in column C to return the third column of your table) and anchoring the `lookup_value` and `table_array` with absolute references (using `$`), you can write the formula once and then copy it across rows. As you drag the formula to the right, the `COLUMN(reference_cell)` argument automatically increases, pulling data from successive columns in your `table_array`. This method efficiently automates the process but is strictly limited to retrieving a contiguous block of columns that start from a specified point in the lookup table.

For maximum flexibility and control, especially when needing non-adjacent columns or operating in modern Excel environments, the INDEX and MATCH combination is a vastly superior alternative to VLOOKUP. This method decouples the lookup operation from the return operation, using `MATCH(lookup_value, lookup_array, 0)` to find the correct row index and `INDEX(return_array, row_num, [column_num])` to fetch the value from any specified column, regardless of its position relative to the lookup column. To return multiple columns, you nest the MATCH function for the row inside multiple INDEX functions, each pointing to a different `return_array`. For example: `=INDEX($return_range_1, MATCH($lookup_value, $lookup_range, 0))` for the first column, and `=INDEX($return_range_2, MATCH($lookup_value, $lookup_range, 0))` for the second. While this still requires one formula per column, it is inherently more stable than VLOOKUP because it references entire columns directly, making the formulas immune to column insertions or deletions within the source data table. In the latest versions of Excel, the XLOOKUP function renders these workarounds largely obsolete by natively allowing the specification of a multi-cell `return_array`, thereby solving the core problem with a single, clean formula.