Rope pump (manual, low-cost well pump)

A loop of rope threaded with rubber/plastic washers, pulled up through a length of pipe by a hand crank, lifting water to the surface, cheaper and more field-repairable with local materials than a piston-based hand pump. Documented and refined for low-resource contexts by the SMART Centre (Malawi), typically paired with manual well-drilling methods (Mzuzu, Shipo) for a fully self-built water access point where a drilling rig isn't available or affordable.

Cost

Low

Upkeep

Occasional

Skill to build

Basic

Lifespan

10-15 years for the rope/washer mechanism; rope itself needs periodic replacement as it wears (a cheaper, more frequent renewal than a piston pump's seals, per its own description)

Embodied carbon

Low

Space / material use

Low

Output timing

On-demand/controllable

Skill to repair

Basic

Regulation (FR example)

A domestic borehole or well must be declared to the mairie (art. L2224-9 CGCT). Water intended for domestic use must be tested, and the installation kept separate from the public network.

Note: Cost, carbon and footprint are rated against the other options for this same need, not in absolute terms.

What your site needs

Requires an accessible shallow well or borehole

Inputs

• Mechanical Energy

Outputs

• Unheated Water

Sources

• Low-tech Lab wiki, citing SMART Centre Malawi well-drilling and rope-pump tutorials

Tutorials

• https://wiki.lowtechlab.org/wiki/Acc%C3%A8s_%C3%A0_l'Eau_Forage_et_Pompe
• https://wiki.lowtechlab.org/wiki/Acc%C3%A8s_%C3%A0_l%27Eau_Forage_et_Pompe

What this page does not tell you

No sizing or quantities: how much a technique yields, and how much a household needs, both depend on the build and the people, so the catalogue compares options rather than dimensioning them. It carries no bill of materials and no build sequence, and it is written for an oceanic, clay-soil climate (Normandy, France). Regulatory notes are indicative and need confirming locally.