* Wind rope pump: US$ 450 - 800.
==Manuals, videos, and links==
{{#ev:vimeo|8367311|200|right|<font size="2"><center>A windmill powering <br>an EMAS pump</center></font>}}
* VIDEO: On the right. This 50 minute movie shows how to make a windmill which powers an EMAS pump. Mobile School for Water and Sanitation.
* [http://www.ropepumps.org Rope pumps] powered with horse and wind.
* [http://www.arrakis.nl/index.php?parent=Wind_energy&page=AT_-_Affordable_Technologies Examples of Affordable & productive Wind Pump Technologies]. Arrakis.nl
<br>
{|style="font-size: 125%" cellpadding="5"|-valign="top"|{{#ev:vimeo|8367311|200|right|<brcenter>This 50 minute movie shows how to make a windmill which powers an EMAS pump. Mobile School for Water and Sanitation.</center>}}{{#ev:youtube|HNS6-zSDJPc|250|auto|<brcenter>'''#1: Windmill and rope pump repairing in India''' - This windmill is connected to a rope pump and produces water for a farm. It stops automatically when the wind becomes dangerously strong. Both windmill and pump are produced by local entrepreneurs with local available materials in India. Maintenance activities are shown. </center>}}{{#ev:youtube|E1qIdvH1bvM|250|auto|<brcenter>'''#4: Windmill powered rope pump in Nicaragua. S.J. Batchelor, 1999.''' An innovative low-cost windmill used in Nicaragua for small-scale irrigation, cattle watering and domestic use. The windmill drives a rope pump, similar to the hand rope pump (70.000 installed in Nicaragua). Based on a Dutch design developed by CWD consultancy. 400 windmill pumps have been installed and produced by AMEC in Managua.<br/center>}}|}
==Acknowledgements==
* [http://docs.watsan.net/Downloaded_Files/PDF/NWP-2006-Smartwater.pdf SmartWater Solutions Examples of innovative, low-cost technologies for wells, pumps, storage, irrigation and water treatment] or ([http://www.nwp.nl/_docs/publicaties/Smart_Water_Solutions_ENG_2006.pdf alternative link]). Netherlands Water Partnership, 2006.
