Yet, there is a paucity of literature on how to reduce the amount of starting material needed to execute lithiation-quench sequences in flow without specialised equipment enabling segmented flow , or active mixing. In contrast, approaches to scaling-up reactions in flow have been well covered. In response, we set out to develop a flow reactor and accompanying conditions which allow for the successful lithiation and electrophile trapping of a wide scope of aryl substrates. Ideally, such a reactor setup should be operable on smaller scales than those previously published but is reproducible by those without access to specialised equipment or bespoke manufacturing.