Due to the budget strain of the AFP, the Z-9 n Mi-35 would be a reasonable choice. I would rather opt for the Mi-35, due to its protection against small arms capability. AFP is not facing a conventional war, most of their ops are Counter Insurgency agains the Muslim rebel in the south. Mi-35 carrying rocket pods or gun pods is more suitable for these type of operations. Furthermore it can carry 8 troops in its cabin. And with little modification, it can also be used as a CSAR platform.
Mi-35M
Upgraded night-capable version of the Mi-24/35. It is the export counterpart of the Mi-24M. It was designed to meet the latest air mobility requirements of the Russian Army. Features include Mi-28 main and tail rotors and transmission. 1,636 kW (2,194 shp) Klimov TV3-117VMA engines. New avionics, a reduced empty weight resulting from a new titanium main rotor head, composites rotor blades, shortened stub-wings and non-retractable landing gear. A 23 mm GSh-23-2 twin-barrel gun in a nose turret, with 470 rounds, up to 16 radio-guided 9M114 (AT-6 ‘Spiral”), or laser-guided 9M-120 anti-tank, 9M-120F blast fragmentation or 9A-220 air-to-air versions of Ataka (AT-12) missile or a range of armament options including GUV gun/grenade pods, UPK-23-250 gun pods, B-8V-20A and B-13L rocket pods, S-24B rockets and KMGU pods of anti-armour and anti-personnel mines. The Night Operation Capable Avionics System (NOCAS) by Sextant Avionique and Thomson-TTD Optronic integrates a Chlio FLIR ball with a TMM-1410 display, providing night vision for target acquisition and identification, missile guidance and gun aiming. Other equipment includes a VH-100 HUD, NVGs, liquid-crystal MFD, Nadir 10 mission management and navigation system, laser-gyro INS and GPS. The FLIR ball is mounted outboard of the standard missile guidance pod. Ability to carry Igla V air-to-air missiles is optional.
Mi-35M
Upgraded night-capable version of the Mi-24/35. It is the export counterpart of the Mi-24M. It was designed to meet the latest air mobility requirements of the Russian Army. Features include Mi-28 main and tail rotors and transmission. 1,636 kW (2,194 shp) Klimov TV3-117VMA engines. New avionics, a reduced empty weight resulting from a new titanium main rotor head, composites rotor blades, shortened stub-wings and non-retractable landing gear. A 23 mm GSh-23-2 twin-barrel gun in a nose turret, with 470 rounds, up to 16 radio-guided 9M114 (AT-6 ‘Spiral”), or laser-guided 9M-120 anti-tank, 9M-120F blast fragmentation or 9A-220 air-to-air versions of Ataka (AT-12) missile or a range of armament options including GUV gun/grenade pods, UPK-23-250 gun pods, B-8V-20A and B-13L rocket pods, S-24B rockets and KMGU pods of anti-armour and anti-personnel mines. The Night Operation Capable Avionics System (NOCAS) by Sextant Avionique and Thomson-TTD Optronic integrates a Chlio FLIR ball with a TMM-1410 display, providing night vision for target acquisition and identification, missile guidance and gun aiming. Other equipment includes a VH-100 HUD, NVGs, liquid-crystal MFD, Nadir 10 mission management and navigation system, laser-gyro INS and GPS. The FLIR ball is mounted outboard of the standard missile guidance pod. Ability to carry Igla V air-to-air missiles is optional.