diff --git a/src/osmo_gsm_tester/obj/bts_nanobts.py b/src/osmo_gsm_tester/obj/bts_nanobts.py
new file mode 100644
index 0000000..3e9b035
--- /dev/null
+++ b/src/osmo_gsm_tester/obj/bts_nanobts.py
@@ -0,0 +1,312 @@
+# osmo_gsm_tester: specifics for running an ip.access nanoBTS
+#
+# Copyright (C) 2018 by sysmocom - s.f.m.c. GmbH
+#
+# Author: Pau Espin Pedrol <pespin@sysmocom.de>
+#
+# This program is free software: you can redistribute it and/or modify
+# it under the terms of the GNU General Public License as
+# published by the Free Software Foundation, either version 3 of the
+# License, or (at your option) any later version.
+#
+# This program is distributed in the hope that it will be useful,
+# but WITHOUT ANY WARRANTY; without even the implied warranty of
+# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+# GNU General Public License for more details.
+#
+# You should have received a copy of the GNU General Public License
+# along with this program.  If not, see <http://www.gnu.org/licenses/>.
+
+import os
+import re
+import json
+from ..core import log, config, util, process
+from ..core.event_loop import MainLoop
+from . import pcap_recorder, bts, pcu
+from . import powersupply
+
+class NanoBts(bts.Bts):
+
+##############
+# PROTECTED
+##############
+    def __init__(self, suite_run, conf):
+        super().__init__(suite_run, conf, 'nanobts_%s' % conf.get('label', 'nolabel'), 'nanobts')
+        self.pwsup_list = []
+        self._pcu = None
+
+    def _configure(self):
+        if self.bsc is None:
+            raise log.Error('BTS needs to be added to a BSC or NITB before it can be configured')
+
+        for trx_i in range(self.num_trx()):
+            pwsup_opt = self.conf.get('trx_list')[trx_i].get('power_supply', {})
+            if not pwsup_opt:
+                raise log.Error('No power_supply attribute provided in conf for TRX %d!' % trx_i)
+            pwsup_type = pwsup_opt.get('type')
+            if not pwsup_type:
+                raise log.Error('No type attribute provided in power_supply conf for TRX %d!' % trx_i)
+            self.pwsup_list.append(powersupply.get_instance_by_type(pwsup_type, pwsup_opt))
+
+
+    def get_pcap_filter_all_trx_ip(self):
+        ret = "("
+        for trx_i in range(self.num_trx()):
+            if trx_i != 0:
+                ret = ret + " or "
+            bts_trx_ip = self.conf.get('trx_list')[trx_i].get('addr')
+            ret = ret + "host " + bts_trx_ip
+        ret = ret + ")"
+        return ret
+
+########################
+# PUBLIC - INTERNAL API
+########################
+
+    def conf_for_bsc(self):
+        values = self.conf_for_bsc_prepare()
+        # Hack until we have proper ARFCN resource allocation support (OS#2230)
+        band = values.get('band')
+        trx_list = values.get('trx_list')
+        if band == 'GSM-1900':
+            for trx_i in range(len(trx_list)):
+                config.overlay(trx_list[trx_i], { 'arfcn' : str(531 + trx_i * 2) })
+        elif band == 'GSM-900':
+            for trx_i in range(len(trx_list)):
+                config.overlay(trx_list[trx_i], { 'arfcn' : str(50 + trx_i * 2) })
+
+        config.overlay(values, { 'osmobsc_bts_type': 'nanobts' })
+
+        self.dbg(conf=values)
+        return values
+
+
+    def cleanup(self):
+        for pwsup in self.pwsup_list:
+            self.dbg('Powering off NanoBTS TRX')
+            pwsup.power_set(False)
+        self.pwsup_list = []
+
+###################
+# PUBLIC (test API included)
+###################
+
+    def start(self, keepalive=False):
+        if self.conf.get('ipa_unit_id') is None:
+            raise log.Error('No attribute ipa_unit_id provided in conf!')
+        self.run_dir = util.Dir(self.suite_run.get_test_run_dir().new_dir(self.name()))
+        self._configure()
+
+        unitid = int(self.conf.get('ipa_unit_id'))
+
+        # Make sure all nanoBTS TRX are powered and in a clean state:
+        for pwsup in self.pwsup_list:
+            self.dbg('Powering cycling NanoBTS TRX')
+            pwsup.power_cycle(1.0)
+
+        pcap_recorder.PcapRecorder(self.suite_run, self.run_dir.new_dir('pcap'), None,
+                                   '%s and port not 22' % self.get_pcap_filter_all_trx_ip())
+
+
+        # TODO: If setting N TRX, we should set up them in parallel instead of waiting for each one.
+        for trx_i in range(self.num_trx()):
+            bts_trx_ip = self.conf.get('trx_list')[trx_i].get('addr')
+            # This fine for now, however concurrent tests using Nanobts may run into "address already in use" since dst is broadcast.
+            # Once concurrency is needed, a new config attr should be added to have an extra static IP assigned on the main-unit to each Nanobts resource.
+            local_bind_ip = util.dst_ip_get_local_bind(bts_trx_ip)
+
+            self.log('Finding nanobts %s, binding on %s...' % (bts_trx_ip, local_bind_ip))
+            ipfind = AbisIpFind(self.suite_run, self.run_dir, local_bind_ip, 'preconf')
+            ipfind.start()
+            ipfind.wait_bts_ready(bts_trx_ip)
+            running_unitid, running_trx = ipfind.get_unitid_by_ip(bts_trx_ip)
+            self.log('Found nanobts %s with unit_id %d trx %d' % (bts_trx_ip, running_unitid, running_trx))
+            ipfind.stop()
+
+            ipconfig = IpAccessConfig(self.suite_run, self.run_dir, bts_trx_ip)
+            running_oml_ip = ipconfig.get_oml_ip()
+
+            if running_unitid != unitid or running_trx != trx_i:
+                if not ipconfig.set_unit_id(unitid, trx_i, False):
+                    raise log.Error('Failed configuring unit id %d trx %d' % (unitid, trx_i))
+
+            if running_oml_ip != self.bsc.addr():
+                # Apply OML IP and restart nanoBTS as it is required to apply the changes.
+                self.dbg('Current OML IPaddr "%s" does not match BSC IPaddr "%s", reconfiguring and restarting it' % (running_oml_ip, self.bsc.addr()))
+                if not ipconfig.set_oml_ip(self.bsc.addr(), True):
+                    raise log.Error('Failed configuring OML IP %s' % bts_trx_ip)
+
+                # Let some time for BTS to restart. It takes much more than 20 secs, and
+                # this way we make sure we don't catch responses in abisip-find prior to
+                # BTS restarting.
+                MainLoop.sleep(self, 20)
+
+                self.dbg('Starting to connect id %d trx %d to' % (unitid, trx_i), self.bsc)
+                ipfind = AbisIpFind(self.suite_run, self.run_dir, local_bind_ip, 'postconf')
+                ipfind.start()
+                ipfind.wait_bts_ready(bts_trx_ip)
+                self.log('nanoBTS id %d trx %d configured and running' % (unitid, trx_i))
+                ipfind.stop()
+            else:
+                self.dbg('nanoBTS id %d trx %d no need to change OML IP (%s) and restart' % (unitid, trx_i, running_oml_ip))
+
+        MainLoop.wait(self, self.bsc.bts_is_connected, self, timeout=600)
+        self.log('nanoBTS connected to BSC')
+
+        #According to roh, it can be configured to use a static IP in a permanent way:
+        # 1- use abisip-find to find the default address
+        # 2- use ./ipaccess-config --ip-address IP/MASK
+        # 3- use ./ipaccess-config  --ip-gateway IP to set the IP of the main unit
+        # 4- use ./ipaccess-config --restart to restart and apply the changes
+
+        #Start must do the following:
+        # 1- use abisip-find to find the default address
+        # 2- use ./ipaccess-config --unit-id UNIT_ID
+        # 3- use ./ipaccess-config --oml-ip --restart to set the IP of the BSC and apply+restart.
+        # According to roh, using the 3 of them together was not reliable to work properly.
+
+    def ready_for_pcu(self):
+        """We don't really care as we use a Dummy PCU class."""
+        return True
+
+    def pcu(self):
+        if not self._pcu:
+            self._pcu = pcu.PcuDummy(self.suite_run, self, self.conf)
+        return self._pcu
+
+
+class AbisIpFind(log.Origin):
+    suite_run = None
+    parent_run_dir = None
+    run_dir = None
+    inst = None
+    env = None
+    bind_ip = None
+    proc = None
+
+    BIN_ABISIP_FIND = 'abisip-find'
+    BTS_UNIT_ID_RE = re.compile("Unit_ID='(?P<unit_id>\d+)/\d+/(?P<trx_id>\d+)'")
+
+    def __init__(self, suite_run, parent_run_dir, bind_ip, name_suffix):
+        super().__init__(log.C_RUN, AbisIpFind.BIN_ABISIP_FIND + '-' + name_suffix)
+        self.suite_run = suite_run
+        self.parent_run_dir = parent_run_dir
+        self.bind_ip = bind_ip
+        self.env = {}
+
+    def start(self):
+        self.run_dir = util.Dir(self.parent_run_dir.new_dir(self.name()))
+        self.inst = util.Dir(os.path.abspath(self.suite_run.trial.get_inst('osmo-bsc')))
+
+        lib = self.inst.child('lib')
+        if not os.path.isdir(lib):
+            raise log.Error('No lib/ in %r' % self.inst)
+        ipfind_path = self.inst.child('bin', AbisIpFind.BIN_ABISIP_FIND)
+        if not os.path.isfile(ipfind_path):
+            raise RuntimeError('Binary missing: %r' % ipfind_path)
+
+        env = { 'LD_LIBRARY_PATH': util.prepend_library_path(lib) }
+        self.proc = process.Process(self.name(), self.run_dir,
+                            (ipfind_path, '-i', '1', '-b', self.bind_ip),
+                            env=env)
+        self.suite_run.remember_to_stop(self.proc)
+        self.proc.launch()
+
+    def stop(self):
+        self.suite_run.stop_process(self.proc)
+
+    def get_line_by_ip(self, ipaddr):
+        """Get latest line (more up to date) from abisip-find based on ip address."""
+        token = "IP_Address='%s'" % ipaddr
+        myline = None
+        for line in (self.proc.get_stdout() or '').splitlines():
+            if token in line:
+                myline = line
+        return myline
+
+    def get_unitid_by_ip(self, ipaddr):
+            line = self.get_line_by_ip(ipaddr)
+            if line is None:
+                return None
+            res = AbisIpFind.BTS_UNIT_ID_RE.search(line)
+            if res:
+                unit_id = int(res.group('unit_id'))
+                trx_id = int(res.group('trx_id'))
+                return (unit_id, trx_id)
+            raise log.Error('abisip-find unit_id field for nanobts %s not found in %s' %(ipaddr, line))
+
+    def bts_ready(self, ipaddr):
+        return self.get_line_by_ip(ipaddr) is not None
+
+    def wait_bts_ready(self, ipaddr):
+        MainLoop.wait(self, self.bts_ready, ipaddr)
+        # There's a period of time after boot in which nanobts answers to
+        # abisip-find but tcp RSTs ipacces-config conns. Let's wait in here a
+        # bit more time to avoid failing after stating the BTS is ready.
+        MainLoop.sleep(self, 2)
+
+class IpAccessConfig(log.Origin):
+    suite_run = None
+    parent_run_dir = None
+    run_dir = None
+    inst = None
+    env = None
+    bts_ip = None
+
+    BIN_IPACCESS_CONFIG = 'ipaccess-config'
+
+    def __init__(self, suite_run, parent_run_dir, bts_ip):
+        super().__init__(log.C_RUN, IpAccessConfig.BIN_IPACCESS_CONFIG)
+        self.suite_run = suite_run
+        self.parent_run_dir = parent_run_dir
+        self.bts_ip = bts_ip
+        self.env = {}
+
+    def create_process(self, binary_name, *args):
+        binary = os.path.abspath(self.inst.child('bin', binary_name))
+        run_dir = self.run_dir.new_dir(binary_name)
+        if not os.path.isfile(binary):
+            raise RuntimeError('Binary missing: %r' % binary)
+        proc = process.Process(binary_name, run_dir,
+                               (binary,) + args,
+                               env=self.env)
+        return proc
+
+    def run(self, name_suffix, *args):
+        self.run_dir = util.Dir(self.parent_run_dir.new_dir(self.name()+'-'+name_suffix))
+        self.inst = util.Dir(os.path.abspath(self.suite_run.trial.get_inst('osmo-bsc')))
+        lib = self.inst.child('lib')
+        self.env = { 'LD_LIBRARY_PATH': util.prepend_library_path(lib) }
+        self.proc = self.create_process(IpAccessConfig.BIN_IPACCESS_CONFIG, *args)
+        return self.proc.launch_sync(raise_nonsuccess=False)
+
+    def set_unit_id(self, unitid, trx_num, restart=False):
+        uid_str = '%d/0/%d' % (unitid, trx_num)
+        if restart:
+            retcode = self.run('setunitid', '--restart', '--unit-id', '%s' % uid_str, self.bts_ip)
+        else:
+            retcode = self.run('setunitid', '--unit-id', '%s' % uid_str, self.bts_ip)
+        if retcode != 0:
+            self.err('ipaccess-config --unit-id %s returned error code %d' % (uid_str, retcode))
+        return retcode == 0
+
+    def set_oml_ip(self, omlip, restart=False):
+        if restart:
+            retcode = self.run('setoml', '--restart', '--oml-ip', omlip, self.bts_ip)
+        else:
+            retcode = self.run('setoml', '--oml-ip', omlip, self.bts_ip)
+        if retcode != 0:
+            self.error('ipaccess-config --oml-ip %s returned error code %d' % (omlip, retcode))
+        return retcode == 0
+
+    def get_oml_ip(self):
+        retcode = self.run('getoml', '-q', '-G', self.bts_ip)
+        if retcode != 0:
+            raise log.Error('ipaccess-config -q -G %s returned error code %d' % (self.bts_ip, retcode))
+        output = self.proc.get_stdout()
+        # Our logging system adds "launched on" line at the start, so let's skip until the json code:
+        output_json = output[output.index('{'):]
+        json_data = json.loads(output_json)
+        return json_data['primary_oml_ip']
+
+# vim: expandtab tabstop=4 shiftwidth=4